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MARCHMEETING2017N E W O R L E A N S M A R C H 1 3 - 1 7

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M a r c h M e e t i n g 2 0 1 7 P r o g r a m G u i d e | 1

W E L C O M E

Welcome to New Orleans and the APS March Meeting 2017! This large and diverse collection of physicists, including many of our friends and families, provides a unique opportunity to broaden our knowledge in all areas of physics, and beyond. Just as important, this venue provides a perfect forum to network and establish collaborations; both locally and globally. I encourage you all to reach out to scientists who work in areas in which you have little experience; as it is often that one finds those gorgeous new scientific gems in the grain boundaries between fields. I further encourage you all to reach out to populations with whom you might have little experience – not only does diversity in fields breed creativity, but diversity in outlook and experience naturally creates inspiration. Be sure to just walk up to anyone you don’t know, introduce yourself, and start the conversation.

On behalf of APS, I wish you a productive week in physics and science diplomacy – to make this the best March Meeting ever!

Laura H. Greene

2017 APS PresidentChief Scientist, National High Magnetic Field LaboratoryFlorida State University

The APS March Meeting 2017 in New Orleans represents the very best at the frontiers of physics with significant international representation and diversity making it the largest physics meeting in the world. It provides a venue for the most current science presentations, available to all members. Our meeting grows in size, slowly but steadily, unfortunately pushing the boundaries for available conference sites. Although large, the benefits of the March Meeting’s unique format of openness outweigh difficulties of management which APS is in the process of addressing.

Using the online tools like ‘My Scheduler’, look into the variety of sessions, including topics on entrepreneurship, jamming, meta-materials, topological insulators, iron-based and cuprate superconductors, quantum simulation, spintronics, graphene, electrons on liquid helium, cell-migration, climate change, nanoscale heat transport, opto-mechanics, multi-ferroics, qubits, flexible and stretchable electronics, outreach, national agency support for physics, lunch with the experts, and much more. Come and listen to our 2016 Nobel Laureates in the special Kavli session on quantum matter and quantum information.

I welcome you to this year’s meeting and wish you a very productive and exciting week in physics.

Bill Halperin

March Meeting 2017 Program ChairJohn Evans Professor, Northwestern University

2 | M a r c h M e e t i n g 2 0 1 7 P r o g r a m G u i d e

A P S L E A D E R S H I P

C o u n c i l o f R e p r e s e n t a t i v e s

PresidentLaura H. Greene*National High Magnetic Field Laboratory, Florida State University

President-Elect Roger W. Falcone*University of California, Berkeley/LBNL

Vice PresidentDavid J. Gross*KITP, University of California, Santa Barbara

Past PresidentHomer A. Neal*University of Michigan

Chief Executive OfficerKate P. Kirby, Harvard Smithsonian (retired)

Speaker of the CouncilDaniel Kleppner*, Massachusetts Institute of Technology (Emeritus)

TreasurerJames Hollenhorst*, Agilent Technologies

Corporate SecretaryKen Cole, APS

General CouncilorsNadya Mason, Gail McLaughlin*, Bonnie Fleming, Andrea Liu

International CouncilorsEliezer Rabinovici, Johanna Stachel, Kiyoshi Ueda, Marta Losada

Chair, Nominating CommitteePaul Chaikin, New York University

Chair, Panel on Public AffairsFrances A. Houle, Lawrence Berkeley National Laboratory

Editor in ChiefPierre Meystre, University of Arizona (retired)

Division, Forum, and Section CouncilorsMiriam Forman (Astrophysics)Timothy Gay* (Atomic, Molecular & Optical Physics)William Bialek (Biological)Robert Continetti (Chemical)John Bradley Marston* (Condensed Matter Physics)Giulia Galli (Computational)Ann Karagozian (Fluid Dynamics)Noah Finkelstein (Forum on Education)Julia Gonski, (Forum on Graduate Student Affairs)Dan Kleppner* (Forum on History of Physics)John Rumble* (Forum on Industrial and Applied

Physics)Young-Kee Kim* (Forum on International Physics)Pushpa Bhat* (Forum on Physics and Society)Beverly Berger (Gravitational Physics)Nicholas Bigelow* (Laser Science)Samuel Bader (Materials)Akif Balantekin (Nuclear)P. Michael Tuts (Particles & Fields)Thomas Roser (Physics of Beams)Cary Forest (Plasma)Murugappan Muthukumar (Polymer Physics)TBD (Mid-Atlantic Section)Carlos Wexler (Prairie Section)

S e n i o r M a n a g e m e n t T e a m

Mark Doyle, Chief Information OfficerJane Hopkins Gould, Chief Financial OfficerKate P. Kirby, Chief Executive OfficerPierre Meystre, Editor in ChiefMatthew M. Salter, PublisherJames W. Taylor, Deputy Executive Officer and Chief

Operating Officer

* Voting Members of the APS Board of Directors


C O D E O F C O N D U C T

It is the policy of the American Physical Society (APS) that all participants,

including attendees, vendors, APS staff, volunteers, and all other stakeholders at

APS meetings will conduct themselves in a professional manner that is welcoming

to all participants and free from any form of discrimination, harassment, or

retaliation. Participants will treat each other with respect and consideration

to create a collegial, inclusive, and professional environment at APS meetings.

Creating a supportive environment to enable scientific discourse at APS meetings

is the responsibility of all participants.

Participants will avoid any inappropriate actions or statements based on individual

characteristics such as age, race, ethnicity, sexual orientation, gender identity,

gender expression, marital status, nationality, political affiliation, ability status,

educational background, or any other characteristic protected by law. Disruptive

or harassing behavior of any kind will not be tolerated. Harassment includes

but is not limited to inappropriate or intimidating behavior and language,

unwelcome jokes or comments, unwanted touching or attention, offensive images,

photography without permission, and stalking.

Violations of this code of conduct policy should be reported to meeting organizers,

APS staff, or the APS Director of Meetings. Sanctions may range from verbal

warning, to ejection from the meeting without refund, to notifying appropriate

authorities. Retaliation for complaints of inappropriate conduct will not be

tolerated. If a participant observes inappropriate comments or actions and

personal intervention seems appropriate and safe, they should be considerate of all

parties before intervening.

Code of Conduct Hotline (open during registration hours): (301) 209-3675.


P R O G R A M C O M M I T T E E

The APS leadership and staff extend their sincere thanks to the program committee, who, during the past year, gave so generously of their time and expertise to organize the program for the meeting.

M a r c h M e e t i n g 2 0 1 7 P r o g r a m C o m m i t t e e

Chair: William Halperin, Northwestern University

DCMP: Meigan Aronson, Texas A&M University

DBIO: Yuhai Tu, IBM TJ Watson Research Center

DCP: Timothy Zwier, Purdue University

DCOMP: Chris Van de Walle, University of California, Santa Barbara

DFD: Lance Collins, Cornell University

DAMOP: Yong Chen, Purdue University

DPOLY: Enrique Gomez, The Pennsylvania State University

DMP: Daniel Dessau, University of Colorado

DPB: Tor Raubenheimer, Stanford University/SLAC

DLS: Peter Delfyett, University of Central Florida

GERA: Talat Rahman, University of Central Florida

GIMS: Angela Hight Walker, NIST

GMAG: Chris Leighton, University of Minnesota

GPC: Brad Marston, Brown University

GQI: Birgitta Whaley, University of California, Berkeley

GSNP: David Egolf, Georgetown University

GSOFT: Karen Daniels, North Carolina State University

FED: John Stewart, West Virginia University

FGSA: Nick Weingartner, Washington University in St. Louis

FHP: Alan Chodos, APS (Retired)

FIAP: Matt Kim, QuantTera

FIP: Cherrill Spencer, Stanford University/SLAC

FOEP: Itai Cohen, Cornell University

FPS: Allen Sessoms, Georgetown University

COM: Alfredo Alexander-Katz, Massachusetts Institute of Technology

CSWP: Kerstin Nordstrom, Mount Holyoke College

TutorialChair: Kieran Mullen, University of Oklahoma

for sponsoring

K A V L I S Y M P O S I U M :

Q U A N T U M M A T T E R & Q U A N T U M I N F O R M A T I O N

W E D N E S D A Y , M A R C H 1 52 : 3 0 - 5 : 3 0 P M

C O N V E N T I O N C E N T E R , E X H I B I T H A L L I - 1

The American Physical Society gratefully acknowledges

Topological States of Quantum Condensed Matter

F. Duncan M. HaldanePrinceton University

Phase-Sensitive Measurements of Exotic Superconducting Quantum Materials and Hybrid Superconductor Devices

Dale Van HarlingenUniversity of Illinois at Urbana-Champaign

Protecting Quantum Information in Superconducting Circuits

Michel DevoretYale University

Hybrid Quantum Systems: Outsourcing Superconducting Qubits

Andrew ClelandUniversity of Chicago

Currents and Phases in Quantum Rings

Kathryn MolerStanford University

Topological Defects and Phase Transitions

J. Michael KosterlitzBrown University


E x h i b i t o r L o u n g ePhys ics Today

S i n g - a l o n gWolfram Research

A i s l e S i g n sAsylum Research, An Oxford Instruments Co.

P o s t e r S e s s i o n sAdvance Research Systems

Lake Shore Cryotronics

U n d e r g r a d u a t e M e e t & G r e e tSociety of Phys ics Students

W i r e l e s s I n t e r n e tCRYOMECH

M o b i l e D e v i c e C h a r g i n g S t a t i o nNorthrop Grumman

W e l c o m e R e c e p t i o nQuantum Design

W i n e & C h e e s e R e c e p t i o n sElsev ier

APL BioEngineer ing, AIP Publ i shing

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1 F I R S T T I M E R S E V E N TIf this is your first March Meeting, join APS staff and leadership on Sunday night at 6:00 p.m. in Salon D at the New Orleans Marriott to learn how to successfully navigate the March Meeting.

2 C O D E O F C O N D U C TCreating a supportive environment to enable scientific discourse at APS meetings is the responsibility of all participants. Read the entire Code of Conduct and learn how to report an incident on page 3.

3 S H U T T L E B U S E STired of walking? APS provides complimentary bus service between the hotels designated on page 15 and the convention center. Service begins on Sunday, March 12 at 1:30 p.m. and continues until the end of the meeting on Friday, March 17. Schedules and departure locations are available at the Meeting Information Desk and Registration Desk.

4 C O F F E E B R E A K SAPS is pleased to offer complimentary coffee breaks to attendees. Coffee, decaffeinated coffee, and hot tea will be available in several locations near the meeting rooms on the second and third floors, and near the APS Village, Monday through Friday from 9:30 a.m. to 10:00 a.m.

5 O F F I C I A L H A S H T A GThe official hashtag for the meeting is #apsmarch. Join the conversation on Twitter!

T H I N G S T O K N O W5


1 We l c o m e

2 A P S L e a d e r s h i p

3 C o d e o f C o n d u c t

4 P r o g r a m C o m m i t t e e

8 5 T h i n g s t o K n o w

1 0 M e e t i n g S e r v i c e s

1 1 A P S Vi l l a g e

1 2 C o n n e c t . D i s c o v e r. S h a r e .

1 3 M o b i l e A p p

1 4 S a f e t y & S e c u r i t y

1 5 G e t t i n g A r o u n d

1 6 S c h e d u l e a t a G l a n c e

1 8 H i g h l i g h t s

2 0 P r i z e s & Aw a r d s S e s s i o n s

2 3 E d i t o r i a l E v e n t s

24 S t u d e n t & C a r e e r E v e n t s

2 5 F u t u r e o f P h y s i c s D a y s

2 6 I n d u s t r y D a y : P h y s i c s a t Wo r k f o r Yo u

2 7 D i v e r s i t y E v e n t s

2 8 A l u m n i R e u n i o n s & S a t e l l i t e M e e t i n g s

3 1 U n i t S e s s i o n s & E v e n t s

3 9 Po s t e r S e s s i o n s

4 0 P r o g r a m F o r m a t

4 2 E p i t o m e ( a c c u ra t e a s o f p r i n t d a t e )

7 6 E x h i b i t o r s

8 7 A c k n o w l e d g m e n t s

9 2 N o t e s

1 0 4 M a p s

1 1 0 F u t u r e M e e t i n g s

1 1 1 F l a t P h y s i c i s t

C O N T E N T S

A P S M e e t i n g s S t a f f

Terri Olsen, Director of Meetings Ebony Adams, Meetings Coordinator Donna Greene, Meeting Publications Specialist Christine Lenihan, Meeting Planner Don Mewha, Scientific Programs Coordinator Vinaya Sathyasheelappa, Meetings Manager Don Wise, Senior Meetings Registrar

1 0 | M a r c h M e e t i n g 2 0 1 7 P r o g r a m G u i d e

I N F O R M A T I O N D E S KA P S V I L L A G E

Stop by to ask general questions about the meeting facilities or activities. M O N D A Y – T H U R S D A Y • 9 : 0 0 A M – 5 : 0 0 P MF R I D A Y • 9 : 0 0 A M – 1 2 : 0 0 P M

P R O G R A M C H A N G E S B O A R DA P S V I L L A G E

Last minute program changes are displayed on the Program Changes Board, located near the APS Village. If you’re chairing a session, please stop by to check if there are any late changes to your session. You can also email changes to [email protected].

S P E A K E R R E A D Y R O O MC O N V E N T I O N C E N T E R , 2 8 3

Be sure to visit the Speaker Ready Room to run through your presentation to ensure that it goes smoothly during your session.S U N D A Y • 4 : 0 0 – 7 : 0 0 P MM O N D A Y – W E D N E S D A Y • 7 : 0 0 A M – 5 : 0 0 P MT H U R S D A Y • 7 : 0 0 A M – 4 : 0 0 P MF R I D A Y • 7 : 0 0 A M – 1 2 : 0 0 P M

M E E T I N G S E R V I C E S

R E G I S T R A T I O NC O N V E N T I O N C E N T E R , H A L L I - 2

S U N D A Y • 2 : 0 0 – 7 : 0 0 P MM O N D A Y – T U E S D A Y • 7 : 0 0 A M – 5 : 0 0 P MW E D N E S D A Y • 7 : 3 0 A M – 4 : 0 0 P MT H U R S D A Y • 7 : 3 0 A M – 3 : 0 0 P MF R I D A Y • 7 : 3 0 A M – 1 2 : 0 0 P M

P A R E N T S ' Q U I E T R O O MC O N V E N T I O N C E N T E R , S O I 1 2 0 ( L O C AT E D N E A R T H E E N T R A N C E T O H A L L I - 2 )

APS has designated a room for quiet time and relaxation available to parents who bring young children to the meeting. It is not a playroom. The room is fitted with comfortable furniture, water, and a private area for nursing.

P R E S S R O O MC O N V E N T I O N C E N T E R , 2 8 4

M O N D A Y – T H U R S D A Y • 7 : 3 0 A M – 5 : 0 0 P MF R I D A Y • 7 : 3 0 A M – 1 2 : 0 0 P M

P R E S S C O N F E R E N C E R O O MC O N V E N T I O N C E N T E R , 2 8 5

Check the press room (284) for a schedule of press conferences.

F O O D S E R V I C EV A R I O U S L O C AT I O N S ( F I R S T F L O O R )

Concession stands are available throughout the convention center, including Lobby J and Exhibit Hall J. A food court is located near Lobby C of the convention center.

A T ML O B B Y B ; L O B B Y E ; L O B B Y I ( F I R S T F L O O R )

For your convenience, several ATMs are located throughout the convention center.

M a r c h M e e t i n g 2 0 1 7 P r o g r a m G u i d e | 1 1

A P S V I L L A G E

A P S M E M B E R S H I P B O O T HAsk APS staff questions about membership, journal subscriptions, and other services.

A P S S O U V E N I R S T O R EDon’t go home empty handed! Browse t-shirts, bumper stickers, and more for great gifts to take back to your students and colleagues who were unable to attend the meeting. Pick out something fun for yourself, too!

A P S J O U R N A L S B O O T HEditors of the APS journals and members of the editorial and marketing staff will be on hand at the APS Journals Booth in the Exhibit Hall and in the APS Village to answer any questions about the APS journal collection.

Meet APS staff, learn about the latest APS activities and services, shop the store, and get fun giveaways.

C O N V E N T I O N C E N T E R , N E W O R L E A N S T H E AT E R F O Y E R , S E C O N D F L O O R

M O N D A Y – T H U R S D A Y • 9 : 0 0 A M – 5 : 0 0 P MF R I D A Y • 9 : 0 0 A M – 1 2 : 0 0 P M

A P S P R O G R A M SAPS develops and implements a range of programs that improve physics education, impact policy makers, increase diversity, inform the public, and reach out to physicists around the world. Visit with APS staff to learn more about these programs:

• Education• Diversity• Public Outreach• Development• Public Affairs

C O N T A C T C O N G R E S SD O N ’ T T A K E Y O U R G R A N T F O R G R A N T E D

Make your voice heard in Washington and help influence the funding levels for basic research by sending a letter to your Congressional delegation. APS staff will follow up each letter with a call or visit to congressional staff. If you live in the United States, you are qualified to write to your members of Congress.

Snap a photo with your favorite flat physicist and share it:

#flatImes#apsmarch


C O N N E C T . D I S C O V E R . S H A R E .

I N T E R N E T A C C E S SAPS provides complimentary wireless service in the designated “hot spots” and the Exhibit Hall. Wireless service is not available in meeting rooms. APS gratefully acknowledges the support of Cryomech for wireless service in the Exhibit Hall.

S S I D : A P S M A R C H M E E T I N G

P A S S W O R D : A P S M A R C H

S O C I A L M E D I AKeep up with the action, connect with meeting attendees, and join the conversation on Twitter.Follow @ A P S M E E T I N G S and the official hashtag, # A P S M A R C H

O F F I C I A L T W E E T U PS U N D A Y • 7 : 3 0 – 9 : 0 0 P M • B A R C A D I A , 6 0 1 T C H O U P I T O U L A S S T R E E T

S P E A K E R : A M B E R S T U V E R ( @ L I V I N G L I G O ) , L I G O S C I E N T I S T A N D I N S T R U C T O R AT L S U

Gather with online friends, meet new contacts, and connect with the people who will be tweeting throughout the March Meeting.

C H A R G I N G S T A T I O N SAPS offers complimentary charging stations for your mobile devices. These charging stations will be located through the convention center near the session rooms and in Exhibit Hall J. APS gratefully acknowledges the support of Northrup Grumman for one of these charging stations.

A P S T VA P S V I L L A G E

APS TV will be conducting pre-assigned interviews through Thursday. You can watch the interviews live in the APS TV Studio, located near the APS Village. The interviews and featured video highlights will air in the hotel rooms and on monitors scattered throughout the center. Ask your hotel front desk for channel information.

B U S I N E S S C E N T E RU P S S T O R E AT T H E C O N V E N T I O N C E N T E R , L O B B Y F

Check the business center for available services and hours.


M O B I L E A P P

The APS Meetings mobile app is the best way to stay connected during the meeting. Download the mobile app to:• Browse, search, and schedule sessions from the program• Search presenter listing• View sessions by unit• Explore highlighted events• Discover events in “Happening Now”• Follow the meeting conversation on Twitter• Learn about exhibitors• Receive notifications on meeting news and events

M E E T I N G S @ A P S The Meetings@APS mobile app allows attendees to view meeting information on any iOS or Android mobile device. If you have previously downloaded an APS Meetings app, please check to make sure the app is “Meetings@APS” by Bravura Technologies.

Once you have downloaded the app, start the app and select the appropriate meeting from the events list. Once selected, the Meetings@APS app will download the meeting data onto your mobile device.

S C H E D U L EThe APS Meeting app can also import your saved schedule from the online meeting bulletin.

If you created a schedule on the online meeting bulletin, login to the mobile app using your APS account username and password. The synchronization is two-way. So, no matter where you edit your schedule, online or in the app, it should always be up to date.

For technical support, contact [email protected].


B A D G E M O N I T O R I N GAll attendees must register for the meeting and wear their registration badge at all times beginning at 11:00 a.m. on Monday morning. Security personnel or staff may check badges before permitting admission to sessions or the exhibit hall. If your badge has been lost, you may receive one replacement badge free of charge at the Registration Desk. Additional replacements will cost $10 each.

F I R S T A I DL O B B Y H ( F I R S T F L O O R )

A first aid station is available in Lobby H on the first floor of the convention center. In case of emergency, please contact an APS employee immediately.

S A F E T Y & S E C U R I T Y

C O D E O F C O N D U C TCreating a supportive environment to enable scientific discourse at APS meetings is the responsibility of all participants.

Read the full code of conduct on page 3.

L O S T & F O U N DA P S R E G I S T R AT I O N D E S K , H A L L I - 2

Lost items may be turned into the APS Registration Desk in Hall I-2, during registration hours. If you have lost an item, please go the Registration Desk to claim it.

A M E R I C A N S W I T H D I S A B I L I T I E S A C TAPS wishes to take any steps required to ensure that no individual with a disability is excluded, denied services, segregated, or otherwise treated differently due to the absence of auxiliary aids and services identified in the Americans with Disabilities Act.


C O N F E R E N C E H O T E L S & M E E T I N G V E N U E

1 NEW ORLEANS MARRIOT T (HEADQUARTERS)*2 SHERATON NEW ORLEANS*3 FOUR POINTS SHERATON FRENCH QUARTER*4 JW MARRIOT T*5 WYNDHAM FRENCH QUARTER*6 ASTOR CROWNE PLA ZA FRENCH QUARTER*7 COURT YARD FRENCH QUARTER8 SPRINGHILL SUITES DOWNTOWN9 CONVENTION CENTER*

G E T T I N G A R O U N D

C O N V E N T I O N C E N T E RNew Orleans Ernest N. Morial Convention Center900 Convention Center Blvd.New Orleans, LA 70130

D A I LY B U S E S B E T W E E N H O T E L S & C O N V E N T I O N C E N T E RAPS provides complimentary bus service between the hotels designated here and the convention center. Service begins on Sunday, March 12 at 1:30 PM and continues until the end of the meeting on Friday, March 17. Schedules and departure locations are available at the Meeting Information Desk and Registration Desk.

A I R P O R T S H U T T L E B U S E SConvention Center to Louis Armstrong New Orleans International AirportMarch 17 (Friday only)10:30 AM–3:00 PM (running periodically)Attendees can purchase airport shuttle tickets for $10 at the registration desk. Schedule and departure locations are available at the Meeting Information Desk and Registration Desk.

L O C A L B U S & S T R E E T C A R S C H E D U L E SCheck NORTA.COM for schedules and maps.

* Daily bus service available


S A T U R D A Y , M A R C H 1 1

1:00 PM–6:00 PM DPOLY Short Course: Polymer Colloids: Synthesis, Characterization and Application CONVENTION CENTER, 288

S U N D A Y , M A R C H 1 2

8:00 AM–6:00 PM GSOFT Short Course on Fundamental Concepts and Tools in Computational Soft Matter Physics CONVENTION CENTER, 291

8:30 AM–12:30 PM A.M. Tutorials CONVENTION CENTER, T1/T7 – 292, T2/T8 – 289, T3/T5 – 293, T4/T6 – 290

8:30 AM–6:00 PM DPOLY Short Course: Polymer Colloids: Synthesis, Characterization and Application CONVENTION CENTER, 288

9:00 AM–4:30 PM Finding Your Scientific Voice: Improving Your Presentation CONVENTION CENTER, 287

1:30 PM–5:30 PM P.M. Tutorials CONVENTION CENTER, T1/T7 – 292, T2/T8 – 289, T3/T5 – 293, T4/T6 – 290

4:00 PM–6:00 PM Communication and Negotiation Seminar for Women CONVENTION CENTER, 297

6:00 PM–7:00 PM March First-Time Attendee Orientation NEW ORLEANS MARRIOTT, SALON D

7:00 PM–8:30 PM Future of Physics Days Undergraduate Meet & Greet NEW ORLEANS MARRIOTT, SALON D

7:30 PM–9:00 PM Official Tweetup BARCADIA, 601 TCHOUPITOULAS STREET

M O N D A Y , M A R C H 1 3

8:00–11:00 AM Undergraduate Research Session/SPS I CONVENTION CENTER, 271

8:00 AM–5:30 PM Scientific Sessions VARIOUS

9:00–10:30 AM Companions Breakfast NEW ORLEANS MARRIOTT RIVERVIEW II

11:15 AM–2:15 PM Undergraduate Research Session/SPS II CONVENTION CENTER, 271

12:00–2:15 PM Meet Your Future: An Interactive Panel on Industry Careers NEW ORLEANS MARRIOTT, BALCONY IJK

2:30–4:42 PM Undergraduate Research Session/SPS III CONVENTION CENTER, 271

5:45–6:45 PM Building Your Undergraduate Physics Career CONVENTION CENTER, 303

5:45–6:45 PM APS Prizes & Awards Ceremony CONVENTION CENTER, NEW ORLEANS THEATER B

6:45–8:00 PM Graduate School Fair CONVENTION CENTER, EXHIBIT HALL J

6:45–8:00 PM APS Welcome Reception CONVENTION CENTER, EXHIBIT HALL J

7:30–9:20 PM Enabling Careers in Condensed Matter Physics CONVENTION CENTER, NEW ORLEANS THEATER A

S C H E D U L E A T A G L A N C E


T U E S D A Y , M A R C H 1 4

8:00–11:00 AM Undergraduate Research Session/SPS IV CONVENTION CENTER, 271


10:00 AM–4:00 PM Graduate School Fair & Reception CONVENTION CENTER, HALL J

10:00 AM–5:00 PM Job Expo CONVENTION CENTER, HALL J

12:30–2:00 PM Graduate Student Lunch with the Experts CONVENTION CENTER, HALL I-1

2:00–5:00 PM Poster Session G1 CONVENTION CENTER, HALL J

4:30–6:00 PM Meet the APS Editors Reception CONVENTION CENTER, HALL I-2

5:30–8:00 PM Student Reception & Awards Ceremony CONVENTION CENTER, HALL I-1

W E D N E S D A Y , M A R C H 1 5


8:00 AM–7:30 PM Industry Day: Physics at Work for You CONVENTION CENTER, 292

8:00–9:30 AM Tutorial for Authors & Referees CONVENTION CENTER, 389


10:45–11:30 AM Meet the APS Editors Coffee Break CONVENTION CENTER, HALL J

11:15 AM–2:15 PM Poster Session M1 CONVENTION CENTER, HALL J

12:00–3:00 PM Careers Workshop: Putting Your Science to Work NEW ORLEANS MARRIOTT, GALERIE 2-3

2:30–5:30 PM Kavli: Quantum Matter & Quantum Information CONVENTION CENTER, HALL I-1

5:30–6:30 PM LGBT Roundtable NEW ORLEANS MARRIOTT, GALERIE 4

6:15–7:15 PM NSBP & NSHP Meetup NEW ORLEANS MARRIOTT, REGENT

6:30–7:30 PM Public Lecture with Jim Kakalios CONVENTION CENTER, HALL I-1

7:00–8:30 PM Diversity Networking Reception NEW ORLEANS MARRIOTT, GALERIE 1

8:00–9:30 PM Staged Play Reading NEW ORLEANS MARRIOTT, MARDI GRAS BALLROOM A-C

9:00–10:30 PM Rock ‘n’ Roll Physics Sing-Along NEW ORLEANS MARRIOTT, GALERIE 3

T H U R S D A Y , M A R C H 1 6



12:00–1:30 PM Pizza Lunch with Human Rights Leaders NEW ORLEANS MARRIOTT, GALERIE 1

1:00–4:00 PM Poster Session T1 CONVENTION CENTER, HALL J

2:30–5:30 PM Talking Points for Supreme Court Cases & Beyond CONVENTION CENTER, 267

3:30–4:30 PM NAS Decadal Review Town Hall CONVENTION CENTER, 266

5:45–6:45 PM APS Annual Business Meeting CONVENTION CENTER, 287

F R I D A Y , M A R C H 1 7



H I G H L I G H T S


F I R S T - T I M E A T T E N D E E O R I E N T A T I O N6 : 0 0 –7: 0 0 P M N E W O R L E A N S M A R R I O T T , S A L O N DJoin APS staff and leadership to learn how to easily navigate the March Meeting. You’ll get a crash course on how to use the meeting program to locate sessions you want to see, find out how to use the mobile app to access the meeting program and schedule your events, and find out about interesting and fun events happening throughout the week. You’ll also learn about the services APS provides at meetings and about APS programs. Refreshments will be served.

O F F I C I A L # A P S M A R C H T W E E T U P7: 3 0 – 9 : 0 0 P M B A R C A D I AGather with online friends, meet new contacts, and connect with the people who will be tweeting throughout the March Meeting.


C O M P A N I O N S W E L C O M E B R E A K F A S T9 : 0 0 –10 : 3 0 A M N E W O R L E A N S M A R R I O T T

R I V E R V I E W I ICompanions of meeting attendees are invited to a complimentary breakfast to meet other companions and learn about the city of New Orleans. A representative of the New Orleans Convention and Visitors Bureau will showcase various activities, attractions, and points of interest. Only companions will be accommodated, meetings attendees will not be admitted.

P R I Z E S & A W A R D S C E R E M O N Y5: 4 5 – 6 : 4 5 P M C O N V E N T I O N C E N T E R ,

N E W O R L E A N S T H E A T E R BPrizes and awards will be bestowed on several individuals for outstanding contributions to physics, please join us in honoring these individuals. Look for the names of the awards and awardees in the next section.

W E L C O M E R E C E P T I O N6 : 4 5 – 8 : 0 0 P M C O N V E N T I O N C E N T E R , E X H I B I T H A L L JMeet with colleagues, network with employers, preview the exhibitors, and enjoy light refreshments. APS gratefully acknowledges Quantum Design for partial support of the Welcome Reception.

C O F F E E B R E A K SM O N D A Y – F R I D A Y 9 : 3 0 – 1 0 : 0 0 A MAPS is pleased to offer complimentary coffee breaks to attendees. Coffee, decaffeinated coffee, and hot tea will be available in several locations near the meeting rooms on the second and third floors, and near the APS Village.



K A V L I S Y M P O S I U M : Q U A N T U M M A T T E R & Q U A N T U M I N F O R M A T I O N

2 : 3 0 – 5: 3 0 P M C O N V E N T I O N C E N T E R , H A L L I - 1

• Topological States of Quantum Condensed Matter F. Duncan M. Haldane (Princeton University)

• Topological Defects and Phase Transitions J. Michael Kosterlitz (Brown University)

• Currents and Phases in Quantum Rings Kathryn Moler (Stanford University)

• Phase-Sensitive Measurements of Exotic Superconducting Quantum Materials and Hybrid Superconductor Devices, Dale Van Harlingen (University of Illinois at Urbana-Champaign)

• Hybrid Quantum Systems: Outsourcing Superconducting Qubits Andrew Cleland (University of Chicago)

• Protecting Quantum Information in Superconducting Circuits Michel Devoret (Yale University)

T H E P H Y S I C S A N D M A T E R I A L S S C I E N C E O F S U P E R H E R O E SPublic Lecture with Jim Kakalios, University of Minnesota

6 : 3 0 –7: 3 0 P M C O N V E N T I O N C E N T E R , H A L L I - 1While physicists, engineers and materials scientists don’t typically consult comic books when selecting research topics; innovations first introduced in superhero adventures as fiction sometimes find their way off the comic book page and into reality.

A S T A G E D R E A D I N G O F T H E P L A Y : M O V I N G B O D I E S8 : 0 0 – 9 : 3 0 P M N E W O R L E A N S M A R R I O T T ,

M A R D I G R A S B A L L R O O M A - CMoving Bodies is about Nobel Prize-winning physicist Richard Feynman as he explores nature, science, sex, anti-Semitism, and the world around him. The staged reading is performed by the Southern Reparatory Theatre. The play director and actors as well as a historian-scientist who knew Feynman will be available for a talk-back discussion after the play reading.

R O C K - N - R O L L P H Y S I C S S I N G - A L O N G9 : 0 0 –10 : 3 0 P M N E W O R L E A N S M A R R I O T T ,

G A L E R I E 3Join us for an evening of fun physics tunes set to familiar rock, blues, and swing tunes. Light refreshments. APS gratefully acknowledges Wolfram Research for partial support of the Sing-Along.


A P S A N N U A L B U S I N E S S M E E T I N G5: 4 5 – 6 : 4 5 P M C O N V E N T I O N C E N T E R , 2 8 7The APS president, CEO, treasurer, editor in chief, publisher, and speaker of the council, will provide an overview of the Society. Attendees will have an opportunity to ask questions and share comments.


D AV I S S O N - G E R M E R P R I Z E I N A T O M I C O R S U R F A C E P H Y S I C S

S E S S I O N F 2 3

Eli Rotenberg Lawrence Berkeley National Laboratory

Stephen Kevan University of OregonFor the development of angle resolved photoemission spectroscopy (ARPES) leading to groundbreaking surface science.

J O H N H . D I L L O N M E D A L

S E S S I O N H 2 4

Moon J. ParkPohang University of Science & TechnologyFor incisive experiments elucidating the interplay of transport and morphology in nanostructured ion-containing polymer materials.

M A X D E L B R U C K P R I Z E I N B I O L O G I C A L P H Y S I C S

S E S S I O N E 4 9

Alan PerelsonLos Alamos National LaboratoryFor profound contributions to theoretical immunology, which bring insight and save lives.

P R I Z E S & A W A R D S


P R I Z E S & A W A R D S C E R E M O N Y5: 4 5 – 6 : 4 5 P M C O N V E N T I O N C E N T E R ,

N E W O R L E A N S T H E A T E R BPrizes and awards will be bestowed on several individuals for outstanding contributions to physics, please join us in honoring these individuals.

D AV I D A D L E R L E C T U R E S H I P AW A R D I N T H E F I E L D O F M A T E R I A L S P H Y S I C S

S E S S I O N C 1 9

Heike E. Riel IBM Research - ZurichFor seminal achievements in the science and technology of nanoscale electronics, particularly the exploration of novel materials such as semiconducting nanowires, molecules and organic materials for future nanoscale devices, and outstanding presentations and outreach for general audiences.

L E R O Y A P K E R AW A R D

S E S S I O N C 1 2

Nick RiveraMassachusetts Institute of TechnologyFor important advances in the field of photonics and exceptional leadership of the Society of Physics Students.

O L I V E R E . B U C K L E Y C O N D E N S E D M A T T E R P R I Z E

S E S S I O N L 2 4

Alexei KitaevCalifornia Institute of Technology

Xiao-Gang WenMassachusetts Institute of TechnologyFor theories of topological order and its consequences in a broad range of physical systems.


R I C H A R D L . G R E E N E D I S S E R T A T I O N AW A R D I N E X P E R I M E N T A L C O N D E N S E D M A T T E R O R M A T E R I A L S P H Y S I C S

S E S S I O N C 1 9

Deep JariwalaNorthwestern University

Liang WuUniversity of California, BerkeleyFor insightful experiments on the electrodynamic response of topological insulators and the discovery of the topological magneto-electric effect.

G S O F T E A R LY C A R E E R AW A R D

S E S S I O N E 1 7

Pedro ReisMassachusetts Institute of Technology

Chris SantangeloUniversity of Massachusetts, AmherstFor seminal theoretical contributions exploiting geometry and topology to understand the elasticity of soft materials.

P R I Z E F O R I N D U S T R I A L A P P L I C A T I O N S O F P H Y S I C S

S E S S I O N V 2 9

Asad KhanKent DisplaysFor novel contributions to the physics of bistable, reflective cholesteric liquid crystals, and the commercial applications of pressure-sensitive liquid crystal displays, including switchable windows, eWriters and numerous new products.

J U S T I N J A N K U N A S D O C T O R A L D I S S E R T A T I O N AW A R D I N C H E M I C A L P H Y S I C S

S E S S I O N P 2 5

Yuval ShagamWeizmann Institute of ScienceFor his thesis entitled “Cold Chemistry with Cold Molecules,” which he wrote under the direction of Prof. Ed Narevicius at the Weizmann Institute of Science.

J O S E P H F . K E I T H L E Y AW A R D F O R A D VA N C E S I N M E A S U R E M E N T S C I E N C E

S E S S I O N K 2 1

Peter DenesLawrence Berkeley National LaboratoryFor his pioneering advances in detectors for electron and X-ray microscopy, especially the development of complementary metal oxide semiconductor detectors for electron microscopy, and column parallel readout charge coupled devices for ptychographic X-ray microscope.

I R V I N G L A N G M U I R P R I Z E I N C H E M I C A L P H Y S I C S

S E S S I O N P 2 5

Emily A. CarterPrinceton UniversityFor the development of rigorous, ab initio methods such as embedding techniques and orbital free density functional theory, and their application to modeling the electronic structure of large systems, including solid materials, and charge transfer phenomena between molecules and surfaces.

D I S T I N G U I S H E D L E C T U R E S H I P AW A R D O N T H E A P P L I C A T I O N S O F P H Y S I C S

S E S S I O N V 2 9

Rudolf M. TrompIBM Thomas J. Watson Research CenterFor extensive and significant contributions to the field of surface physics.

N I C H O L A S M E T R O P O L I S AW A R D F O R O U T S T A N D I N G D O C T O R A L T H E S I S W O R K I N C O M P U T A T I O N A L P H Y S I C S

S E S S I O N F 1 9

Shi LiuUniversity of PennsylvaniaFor development, and for application to the dynamics and thermal properties of ferroelectric materials, of innovative computational methodologies and theoretical models applicable to the physics of materials ranging from nano-to mesoscopic length scales.

J A M E S C . M C G R O D D Y P R I Z E F O R N E W M A T E R I A L S

S E S S I O N C 1 9

Paul C. Canfield Iowa State UniversityFor development and use of solution growth of single crystalline intermetallic materials to design, discover, and elucidate new heavy fermion, superconducting, magnetic, and quasicrystalline states.


L A R S O N S A G E R P R I Z E

S E S S I O N L 2 4

Natan AndreiRutgers University

Paul B. WiegmannThe University of ChicagoFor the pioneering discovery of the exact solution of the Kondo and Anderson models, opening a new field of exact treatments of quantum impurity systems.

O V S H I N S K Y S U S T A I N A B L E E N E R G Y F E L L O W S H I P

S E S S I O N R 3 8

Marina S. Leite University of Maryland, College Park

A B R A H A M P A I S P R I Z E F O R H I S T O R Y O F P H Y S I C S

S E S S I O N C 4 0

Mary Jo Nye Oregon State UniversityFor path-breaking contributions to the history of physics, as well as for generous service to the profession.

G E O R G E E . P A K E P R I Z E

S E S S I O N V 2 9

Tze-Chiang Chen IBM T.J. Watson Research CenterFor expert leadership in semiconductor technology development and deployment, as well as basic science stewardship.

E A R L E K . P LY L E R P R I Z E F O R M O L E C U L A R S P E C T R O S C O P Y & D Y N A M I C S

S E S S I O N P 2 5

Albert Stolow University of Ottawa and National Research Council of Canada (NRC)For the development of methods for probing and controlling ultrafast dynamics in polyatomic molecules, including time-resolved photoelectron spectroscopy and imaging, strong field molecular ionization, and dynamic Stark quantum control.

P O LY M E R P H Y S I C S P R I Z E

S E S S I O N E 2 1

Monica Olvera de la CruzNorthwestern UniversityFor outstanding contributions to the theoretical understanding of polymers, and the effects of electrostatic interactions on their structure and properties.

R O L F L A N D A U E R A N D C H A R L E S H . B E N N E T T AW A R D I N Q U A N T U M C O M P U T I N G

S E S S I O N R 5 2

Andrea Morello University of New South WalesFor remarkable achievements in the experimental development of spin qubits in silicon.

A N E E S U R R A H M A N P R I Z E F O R C O M P U T A T I O N A L P H Y S I C S

S E S S I O N L 2 4

Sauro Fausto Succi Istituto Applicazioni Calcolo “Mauro Picone”, C.N.R.For groundbreaking contributions to the development and application of the lattice Boltzmann method.

J O N A T H A N F . R E I C H E R T A N D B A R B A R A W O L F F -R E I C H E R T AW A R D F O R E X C E L L E N C E I N A D VA N C E D L A B O R A T O R Y I N S T R U C T I O N

S E S S I O N B 4 0

Richard PetersonBethel UniversityFor championing a close connection between an enriching advanced laboratory program and quality undergraduate research, taking formative roles in organizations such as the Advanced Laboratory Physics Association and American Association of Physics Teachers.

G E O R G E E . VA L L E Y , J R . P R I Z E

S E S S I O N C 1 9

Kate A. RossColorado State UniversityFor the elucidation of quantum frustrated magnetism and its expression in the ground state selection of pyrochlore magnets.



M E E T T H E A P S E D I T O R S R E C E P T I O N4 : 3 0 – 6 : 0 0 P M C O N V E N T I O N C E N T E R , H A L L I - 2The editors of the APS journals invite you to join them for conversation and will be available to answer questions, hear ideas, and discuss comments about the journals. All are welcome. Light refreshments.


T U T O R I A L F O R A U T H O R S & R E F E R E E S8 : 0 0 – 9 : 3 0 A M C O N V E N T I O N C E N T E R , 3 8 9Editors from Physical Review Letters and Physical Review will provide information and tips for less experienced referees and authors. This session is aimed at anyone looking to submit to or review for any of the APS journals, as well as anyone who would like to learn more about the authoring and refereeing processes. Topics for discussion will include advice on how to write good manuscripts, similarities and differences in writing referee reports for PRL and PR, and other ways in which authors, referees, and editors can work together productively. Following a short presentation from the editors, there will be a moderated discussion.

M E E T T H E A P S E D I T O R S C O F F E E B R E A K10 : 4 5 –11: 3 0 A M C O N V E N T I O N C E N T E R , H A L L JThe editors of the APS journals invite you to join them for conversation and will be available to answer questions, hear ideas, and discuss comments about the journals. All are welcome. Light refreshments.

E D I T O R I A L E V E N T S

A P S J O U R N A L S B O O T H SEditors of the APS journals and members of the editorial and marketing staff will be on hand at the APS Journals Booth in the Exhibit Hall and in the APS Village to answer any questions about the APS journal collection.

A P S J O U R N A L S



M E E T Y O U R F U T U R E : A N I N T E R A C T I V E P A N E L O N I N D U S T R Y C A R E E R S12 : 0 0 –2 : 15 P M N E W O R L E A N S M A R R I O T T ,

B A L C O N Y I J KOver lunch, representatives from industry will provide information about careers in the private sector. Topics will include research opportunities for physicists in industry, strategies for successfully pursuing industrial jobs, and advice on how to thrive in this exciting and challenging work environment. Hosted by the APS Forum on Industrial and Applied Physics.

E N A B L I N G C A R E E R S I N C O N D E N S E D M A T T E R P H Y S I C S : F E D E R A L P R O G R A M S7: 3 0 – 9 : 2 0 P M C O N V E N T I O N C E N T E R ,

N E W O R L E A N S T H E A T E R A

• CAREER opportunities at the Condensed Matter Physics Program, NSF/DMR, Tomasz Durakiewicz (NSF)

• Department of Energy - Office of Science Early Career Research Program, James Horwitz (DOE, Basic Energy Sciences)

• Young Investigator Research Program (YIP), Ellen Robinson

• Condensed Matter Physics at ONR -- A Nanoelectronics Perspective, Chagaan Baatar (Office of Naval Research)

• Panel Discussion: Federally-funded Career Programs--status, challenges and the future

S T U D E N T & C A R E E R E V E N T S

J O B E X P OC O N V E N T I O N C E N T E R , H A L L J

T U E S D A Y – W E D N E S D A Y • 1 0 : 0 0 A M – 5 : 0 0 P MT H U R S D A Y • 1 0 : 0 0 A M – 3 : 0 0 P M


G R A D S T U D E N T L U N C H W I T H E X P E R T S12 : 3 0 –2 : 0 0 P M C O N V E N T I O N C E N T E R , H A L L I - 1Graduate students may sign up to enjoy a complimentary box lunch while participating in an informal and stimulating discussion with an expert on a topic of interest to them. Registration is on a first come, first served basis and attendance is limited to eight students per topic. Sign up begins at 3:00 p.m. on Sunday, March 12 near registration. There will be tables sponsored by the following APS units:

Division of Atomic, Molecular & Optical PhysicsDivision of Biological PhysicsDivision of Computational PhysicsDivision of Condensed Matter PhysicsDivision of Material PhysicsDivision of Polymer PhysicsTopical Group on Energy Research & ApplicationsTopical Group on Magnetism & its ApplicationsTopical Group on Medical PhysicsTopical Group on the Physics of ClimateTopical Group on Quantum InformationTopical Group on Soft MatterForum on Industrial & Applied PhysicsForum on Physics & Society


C A R E E R S I N P H Y S I C S W O R K S H O P : P U T T I N G Y O U R S C I E N C E T O W O R K12 : 0 0 – 3: 0 0 P M N E W O R L E A N S M A R R I O T T ,

G A L E R I E 2 - 3Celebrated career coach and author, Peter Fiske provides advice and strategies for taking your physics job search to the next level, including tips for self-assessment, network building, resume writing, interviewing, and salary negotiation.


P I Z Z A L U N C H W I T H A P S H U M A N R I G H T S L E A D E R S12 : 0 0 –1: 3 0 P M N E W O R L E A N S M A R R I O T T ,

G A L E R I E 1Student and early career attendees, join the APS Committee on International Freedom of Scientists (CIFS) for a free pizza lunch and discussion on human rights.


F U T U R E O F P H Y S I C S D A Y S


U N D E R G R A D R E S E A R C H S E S S I O N / S P S I8 : 0 0 –11: 0 0 A M C O N V E N T I O N C E N T E R , 2 7 1

U N D E R G R A D R E S E A R C H S E S S I O N / S P S I I11: 15 A M –2 : 15 P M C O N V E N T I O N C E N T E R , 2 7 1

U N D E R G R A D R E S E A R C H S E S S I O N / S P S I I I2 : 3 0 – 4 : 4 2 P M C O N V E N T I O N C E N T E R , 2 7 1

B U I L D Y O U R U N D E R G R A D P H Y S I C S C A R E E R5: 4 5 – 6 : 4 5 P M C O N V E N T I O N C E N T E R , 3 0 3Of 100 physics bachelors, fewer than four go on to hold permanent academic physics jobs. In this interactive workshop, students will learn about how to successfully transition into a physics career. Students can ask questions and practice writing a skills-based resume for industry jobs. Refreshments will be served. Sponsored by SPS.


F U T U R E O F P H Y S I C S D A Y S U N D E R G R A D U A T E M E E T & G R E E T7: 0 0 – 8 : 3 0 P M N E W O R L E A N S M A R R I O T T , S A L O N DA fun, informal reception to get acquainted with other students, learn important networking skills, and hear about events taking place just for undergraduates! APS gratefully acknowledges SPS for partial support of the Meet & Greet.


U N D E R G R A D R E S E A R C H S E S S I O N / S P S I V8 : 0 0 –11: 0 0 A M C O N V E N T I O N C E N T E R , 2 7 1

G R A D U A T E S C H O O L F A I R & R E C E P T I O N10 : 0 0 A M – 4 : 0 0 P M C O N V E N T I O N C E N T E R , H A L L JLearn about graduate programs and meet with graduate school representatives. Starting at 1:00 PM, there will be a reception with light refreshments and a prize drawing.

S T U D E N T R E C E P T I O N & AW A R D S C E R E M O N Y5: 3 0 – 8 : 0 0 P M C O N V E N T I O N C E N T E R , H A L L I - 1Come mingle with students and stay for the student award ceremony. All student presenters will be recognized and prizes will be awarded for outstanding presentations. Light refreshments will be served.


I N D U S T R Y D A Y


P H Y S I C S A T W O R K F O R Y O U8 : 0 0 A M –7: 3 0 P M C O N V E N T I O N C E N T E R , 2 9 2Satellite sessions on Tuesday and Thursday. Industrial physicists engage in product development and advanced technology that has a direct impact on the public. Speakers, including industry R&D leaders, entrepreneurs, and senior scientists from both academic and national labs, will describe leading edge developments and well-established projects that may already be a part of your daily life.

8 : 0 0 – 1 1 : 0 0 A M

F I A P - D B I O : P H Y S I C S L E A D I N G T H E F R O N T I E R O F G E N O M I C S & A P P L I C A T I O N SFIAP Chair: Cha-Mei Tang, Creatv Microtech, Potomac, MDDBIO Co-Chair: Binquan Luan, IBM T J Watson Research CenterMassimiliano Di Ventra, UCSDSean Ling, Brown University, “Nanopore Kinetic Proof

Reading of DNA Sequences”Tapio Ala-Nissila, Alto University, “Iso-Flux Tension

Propagation Theory and Its Application to Driven Polymer Translocation”

Gang Bao, Rice University, “CRISPR”Meni Wanunu, Northeastern University, “Influence of

Pore Charge, Pressure, and Electric Field on Protein Transport Through Nanopores”

1 1 : 1 5 A M – 2 : 1 5 P M

F I A P P L E N A RY / L U N C H E O N E V E N T : P H Y S I C S T H A T C H A N G E D T H E W O R L DChair: Eli Yablonovitch, UC BerkeleySteven Denbaars, UCSB, “Energy Efficient GaN Lighting”Jim Wynne, IBM, “Laser Refractive Surgery”Paul Bottomley, Johns Hopkins, “Magnetic Resonance

Medical Imaging (MRI) — From the Inside”Mildred Dresselhaus, MIT, “Carbon Intercalation

Science and Battery Applications”Steven Chu, Stanford University, “GPS and Precision

Time-Keeping”

2 : 3 0 – 5 : 3 0 P M

F I A P P L E N A RY : L A B T O P R O D U C T , T H E M A R K E T P L A C EChair: Joe Mantese, UTRCJohn Murphy, UTRC, “Strategic Business Development

at United Technologies Research Center”William McGann, Implant SciencesCarlos Araujo, University of Colorado/Symetrix,

“Physics, Materials, Devices and Chips - A Lab to Product Quest”

John Dallasasse, University of Illinois, “The Oxide-Confined Vertical-Cavity Surface-Emitting Laser: From Dust to Light”

John Tolle, ASM

5 : 3 0 – 6 : 3 0 P M

F I A P B U S I N E S S M E E T I N G

ofFIAP 2017 CONFERENCE • APRIL 17-19 • MONTEREY, CA

FIAP 2017 CONFERENCE

ACTUALIZATION OF THEACTUALIZATION OF THE

APRIL 17-19 • MONTEREY, CA

Registration & Abstract Submission Deadline: March 25, 2017

Learn more at go.aps.org/fiap-iot



L G B T R O U N D T A B L E O N I M P R O V I N G T H E C L I M A T E I N P H Y S I C S F O R L G B T + P H Y S I C I S T S5: 3 0 – 6 : 3 0 P M N E W O R L E A N S M A R R I O T T, G A L E R I E 4All interested attendees are welcome to participate in a round-table discussion on improving professional and educational climate within physics with particular attention to those those who identify as gender and sexual minorities (LGBTQQIAAP+). We will focus on ongoing implementation of the recommendations from the report “LGBT Climate in Physics: Building an Inclusive Community,” released at the APS March Meeting in 2016. We will discuss strategies for both APS-led and grassroots organizing aimed at improving support for physicists at different career stages and in diverse environments, including academia, industry and the public sector. Allies will learn how they may help to support and mentor LGBT+ physicists and how the proposed actions can help improve the climate for a broad cross-section of physicists with intersecting minoritized identities within our field.

N A T I O N A L S O C I E T Y O F B L A C K P H Y S I C I S T S & N A T I O N A L S O C I E T Y O F H I S P A N I C P H Y S I C I S T S M E E T U P6 : 15 –7: 15 P M N E W O R L E A N S M A R R I O T T , R E G E N TThis meetup provides opportunities for NSBP and NSHP members and those interested in the work of the societies to gather, network, and learn about NSBP and NSHP initiatives. All are welcome. Students and postdoctoral researchers are especially encouraged to attend.

D I V E R S I T Y E V E N T S


T H E V A L U E O F D I V E R S I T Y I N P H Y S I C S : T A L K I N G P O I N T S F O R S U P R E M E C O U R T C A S E S & B E Y O N D2 : 3 0 – 5: 3 0 P M C O N V E N T I O N C E N T E R , 2 6 7Recently, Supreme Court Chief Justice Roberts asked, “What unique perspective does a minority student bring to a physics class?” Over the last year, the socio-political climate has called into question the value of diversity within the larger society. In this session, we provide a resounding and uplifting answer to these questions from a variety of perspectives and affirm why diversity is critical to the advancement of physics and society.


D I V E R S I T Y N E T W O R K I N G R E C E P T I O N7: 0 0 – 8 : 3 0 P M N E W O R L E A N S M A R R I O T T , G A L E R I E 1Join us mid-week to relax, unwind, and learn about current diversity efforts spearheaded by the APS, the Committee on Minorities (COM), the Committee on the Status of Women in Physics (CSWP), and the LGBT+ physicists group. Light refreshments will be served. All with an interest in diversity and inclusion in physics are welcome; no registration required.


R E U N I O N S & S AT E L L I T E M E E T I N G S

A L U M N I R E U N I O N S

T U E S D A Y , M A R C H 1 4 • 6 : 0 0 – 8 : 0 0 P M

Cornell UniversityNEW ORLEANS MARRIOTT, MARDI GRAS BALLROOM SALON FG

Michigan State UniversityN E W O R L E A N S M A R R I O T T, B A L C O N Y J

Pennsylvania State UniversityN E W O R L E A N S M A R R I O T T, B A L C O N Y N

University of ChicagoN E W O R L E A N S M A R R I O T T, B A L C O N Y M

University of IllinoisN E W O R L E A N S M A R R I O T T, S A L O N E

University of PennsylvaniaN E W O R L E A N S M A R R I O T T, B A L C O N Y L

Yale UniversityN E W O R L E A N S M A R R I O T T, B A L C O N Y K

T U E S D A Y , M A R C H 1 4 • 6 : 0 0 – 9 : 0 0 P M

Institute of Physics, Chinese Academy of SciencesN E W O R L E A N S M A R R I O T T, P R E S E R V AT I O N H A L L

W E D N E S D A Y , M A R C H 1 5 • 6 : 3 0 – 9 : 3 0 P M

China Night: Reception of Five Chinese Universities (Tsinghua University, Peking University, Fudan University, Nanjing University, University of Science and Technology of China)

H I LT O N N E W O R L E A N S R I V E R S I D E , G R A N D S A L O N A B C

S A T E L L I T E M E E T I N G S


8 : 0 0 A M – 5: 0 0 P M Annual Reviews of Condensed Matter Physics Editorial Committee N E W O R L E A N S M A R R I O T T, I B E R V I L L E

8 : 0 0 A M – 6 : 3 0 P M Spring Conference of the AIP Journal EditorsN E W O R L E A N S M A R R I O T T, B A L C O N Y J


2 : 0 0 – 5: 0 0 P MJPCM Editorial Board MeetingN E W O R L E A N S M A R R I O T T, B A C C H U S

8 : 0 0 –11: 0 0 P M Electronic Structure Workshop Steering Committee N E W O R L E A N S M A R R I O T T, B A C C H U S


7: 0 0 – 8 : 3 0 A M ALPhA Open Meeting N E W O R L E A N S M A R R I O T T, A U D U B O N

5: 3 0 –7: 3 0 P M Research Corporation for Science Advancement Reception N E W O R L E A N S M A R R I O T T, B A L C O N Y I


5: 3 0 – 8 : 0 0 P M attocube systems Reception N E W O R L E A N S M A R R I O T T, J A C K S O N

6 : 0 0 – 8 : 0 0 P M Yale University Alumni Reception N E W O R L E A N S M A R R I O T T, B A L C O N Y K

University of Pennsylvania Alumni ReceptionN E W O R L E A N S M A R R I O T T, B A L C O N Y L

Michigan State University Alumni Reception N E W O R L E A N S M A R R I O T T, B A L C O N Y J

University of Chicago Alumni Reception N E W O R L E A N S M A R R I O T T, B A L C O N Y M

Cornell University Alumni Reception N E W O R L E A N S M A R R I O T T, M A R D I G R A S B A L L R O O M S A L O N F G

University of Illinois Alumni Reception N E W O R L E A N S M A R R I O T T, M A R D I G R A S B A L L R O O M S A L O N E

Penn. State Alumni Reception N E W O R L E A N S M A R R I O T T, B A L C O N Y N

6 : 0 0 – 9 : 0 0 P M Institute of Physics, Chinese Academy of Sciences Alumni Reception N E W O R L E A N S M A R R I O T T, P R E S E R V AT I O N H A L L

6 : 3 0 –10 : 0 0 P M SSC Editorial Board MeetingN E W O R L E A N S M A R R I O T T, B E A U R E G A R D


12 : 0 0 –2 : 0 0 P M Getson & Schatz--Green Cards for Scientific Researchers: How to Win Your EB-1/NIW CaseC O N V E N T I O N C E N T E R , E X H I B I T S T H E AT E R ( H A L L J )

3: 0 0 – 4 : 0 0 P M Research in Germany Career Cafe C O N V E N T I O N C E N T E R , E X H I B I T S T H E AT E R ( H A L L J )

4 : 0 0 – 6 : 0 0 P M Ethiopian Physics Society in North America C O N V E N T I O N C E N T E R , 2 8 7

5: 3 0 – 6 : 3 0 P M 2018 International Conference on Magnetism Program Committee N E W O R L E A N S M A R R I O T T, B A L C O N Y J

6 : 3 0 – 9 : 3 0 P M China Night: Reception of Five Chinese Univesities H I LT O N N E W O R L E A N S , G R A N D S A L O N A B C

7: 0 0 – 9 : 0 0 P M IOP Reception M A R R I O T T D O W N T O W N C O N V E N T I O N C E N T E R , R I V E R B E N D B A L L R O O M

T H U R S D A Y , M A R C H 1 6 10 : 0 0 A M –12 : 0 0 P M Elsevier Author Workshop: How to Successfully Publish Scientific ArticlesC O N V E N T I O N C E N T E R , E X H I B I T S T H E AT E R ( H A L L J )


D A M O P I N V I T E DB19 Progress in Quantum Simulation*E19 Thermalization and Many-Body Localization in Small Quantum SystemsL19 Atoms and Molecules in CavitiesR19 Novel Magnetism and Correlated States in Ultracold Atomic Systems

D A M O P F O C U SA13 Non-Equilibrium Physics with Ultracold Atoms IC13 Non-Equilibrium Physics with Ultracold Atoms IIF13 Non-Equilibrium Physics with Ultracold Atoms IIIK13 Topological States in AMO SystemsS13 Quantum Optics in Hybrid Systems: Noise, Photon Emission, and

Optomechanical Transduction*V2 Explicitly Correlated Methods and Quantum Few-Body Systems*X27 Dipolar Interactions in Ultracold GasesY13 Advances and Applications of Numerical Methods in Ultracold Atomic

Physics

D B I O I N V I T E DA49 Physics of Collective Cell Migration*B21 Biopolymer Physics*B49 Active Matter: Recent Theoretical Advances*E49 DBIO Delbruck Award SessionF53 Biological Materials Self-Assembly*H49 Physical Perspectives on the Microbiota of Humans and other AnimalsK29 Physics Leading the Frontier of Genomics and Applications*K49 Physics of Neural Network Dynamics in the Brain*L53 Viral Capsid Assembly by Structural Biology and Simulations*R49 Mechanics in Morphogenesis*S49 Patterns and Control in Animal BehaviorV49 Multiscale Physics of Cellular Remodeling*X21 Physics of Proteins: Novel Methods Revealing New Insights*X49 Robot Scientists and Machine Learning for Automated Modeling and

Control of Complex Systems*Y49 Environment-energy Nexus – a Physics Perspective*

D B I O F O C U SA4 Physics of the Cytoskeleton I*A5 Tracking, Localization and Inference: Methods and ApplicationsA6 Self-organization in Bacteria Colonies and Suspensions*A7 Computational Physics at the Petascale and Beyond I*

U N I T S E S S I O N S & E V E N T S

T U E S D A Y , M A R C H 1 4 • 5 : 3 0 – 7 : 0 0 P M

DCMP/DMP New Fellows & Award Winners Reception • New Orleans Marriott, Mardi Gras Ballroom Salon A-D

T U E S D A Y , M A R C H 1 4 • 5 : 4 5 – 6 : 4 5 P M

DPOLY Business Meeting • Convention Center, 281-282 GPC Business Meeting • Convention Center, 278-279 GSNP Business Meeting • Convention Center, 274 DCP Business Meeting • Convention Center, 288 GIMS Business Meeting • Convention Center, 299 GQI Business Meeting • Convention Center, 393 DBIO Business Meeting • Convention Center, 396 GMAG Business Meeting • Convention Center, 397

T U E S D A Y , M A R C H 1 4 • 6 : 0 0 – 8 : 0 0 P M

FIP Reception • New Orleans Marriott, Napoleon FOEP Business Meeting & Outreach Happy Hour •

Gordon Biersch Brewery

T U E S D A Y , M A R C H 1 4 • 7 : 0 0 – 8 : 0 0 P M

DCMP Business Meeting • New Orleans Marriott, RegentDMP Business Meeting • New Orleans Marriott, Bacchus

T U E S D A Y , M A R C H 1 4 • 7 : 3 0 – 8 : 3 0 P M

DCOMP Business Meeting • New Orleans Marriott, Iberville


FIAP Business Meeting • Convention Center, 292


GERA Business Meeting • Convention Center, 385GMED Business Meeting • Convention Center, 280GSOFT Business Meeting • Convention Center, 271


A16 New Mesophase Symmetries and Topologies in Self-Assembled Soft Matter*

B7 Computational Physics at the Petascale and Beyond II*C4 Physics of the Cytoskeleton II*C5 Evolutionary Dynamics of GenomesC7 Computational Physics at the Petascale and Beyond III*C14 Statistical Mechanics of Active Matter*C18 Physics of Bio-inspired Materials I*E4 Advances in Cellular and Multicellular ImagingE5 Physics at Bio-Nano Interface I*F4 Physics of Genome Organization: from DNA to Chromatin I*F5 Physics at Bio-Nano Interface II*F6 The Structure and Dynamics of Confined Biopolymers*F15 Population Ecology and Evolutionary Dynamics*H4 Specificity, Recognition and Coding in Biology*H14 Collective Dynamics: Fluid Physics of Life*H16 Physics of Bio-inspired Materials II*K5 Physical Properties of Bacterial Cytoplasm*K6 Physics of Proteins Association and Recognition I*L4 Physics of Genome Organization: from DNA to Chromatin II*L6 Bring Order from Disorder with Intrinsically Disordered Proteins*L9 Mechanical Patterning in Cells and TissuesL10 Principles of Cellular RemodelingP5 Non-equilibrium Dynamics of Neural Circuits*P6 Virus Capsid Protein DynamicsR4 Physics of Proteins Association and Recognition II*S4 Photoreceptor and Signal Transduction*S5 Machine Learning for Modeling and Control of Biological Systems I*V4 Neural Control of BehaviorV5 Physics of Cellular Organization*V14 Noise and Stochastic Fluctuations in Biological Systems*V16 Active Matter Under Confinement II*X6 Physics of Development and Disease IX12 Robophysics I*X14 Knotted BiomoleculesY6 Physics of Development and Disease IIY14 Machine Learning for Modeling and Control of Biological Systems II*

D C M P I N V I T E DF19 DCOMP Metropolis Award Session: Electric Polarization and Novel Routes

to Ferroelectricity*F23 Frontiers of Spectroscopy and Topological Materials: DCMP and IUPAP

Prize SssionK24 Spectroscopic Signatures of Fractionalized Excitations in Quantum

Magnets*L24 Invited Session: Frontiers in Theory: Joint DCMP/DCOMP/GSNP Prize

Session*L53 Viral Capsid Assembly by Structural Biology and Simulations*S22 Artificial Spin Ice and Related Frustrated Artificial Materials*Y23 New Developments in Topological Photonics: Interactions, Non-

Hermiticity and Beyond

D C M P F O C U SA7 Computational Physics at the Petascale and Beyond I*A37a Complex Oxide Interfaces and Heterostructures - LaAlO3/SrTiO3*B7 Computational Physics at the Petascale and Beyond II*B37a Complex Oxide Interfaces and Heterostructures - Ruthenates, LaAlO3/

SrTiO3*C7 Computational Physics at the Petascale and Beyond III*E37a Dielectric and Ferroelectric Oxides II*F31 Quantum Transport*F34 Thermal Transport*

K37a Complex Oxide Interfaces and Heterostructures - Oxide 2-DEGs*L37b Complex Oxide Interfaces and Heterostructures - Nickelates, Vanadates

and VO2*L49 Valley, Spin and Topological Physics*P26 Computational Discovery and Design of Novel Materials VII*P34 Nanoscale Charge Transport*R34 Nanostructures and Metamaterials*S34 Plasmonics*S37a Complex Oxide Interfaces and Heterostructures - Defects at Oxide

Interfaces*V34 Advanced Metamaterials*V41 Fe-based Superconductivity Spectroscopies*X34 Plasmonic Metamaterials*X37a Complex Oxide Interfaces and Heterostructures VII*X41 Fe-based Superconductivity: Magnetic Excitations*Y34 Quanum Effects in Plasmonic Metamaterials*Y36 Thermoelectrics: Characterization, Nanostructures*Y41 Fe-based Superconductivity C_4 and other Subjects*

D C O M P I N V I T E DF19 DCOMP Metropolis Award Session: Electric Polarization and Novel Routes

to Ferroelectricity*H19 Calculating Optical Properties from First PrinciplesL24 Invited Session: Frontiers in Theory: Joint DCMP/DCOMP/GSNP Prize

Session*R29 Industrial Advances in Computation*S24 Progress in Physics Inspired by Walter Kohn*V19 Predictive Modeling of Electron-Phonon Coupling in Condensed-Matter

PhysicsX19 Theory and Simulations of Defect Spin Qubits in SemiconductorsY19 Computational Approaches for Energy Materials

D C O M P F O C U SA1 Computational Discovery and Design of Novel Materials I*A7 Computational Physics at the Petascale and Beyond I*A28 Dopants and Defects in Semiconductors I: Quantum Information*A43 Spin Orbit Physics in Oxides I*B1 Computational Discovery and Design of Novel Materials II*B2 Novel Chemistry under Extreme Conditions*B7 Computational Physics at the Petascale and Beyond II*B42 Organic Spintronics*B43 Magnetic Spinel and Binary Oxide Films*C1 Computational Discovery and Design of Novel Materials III*C2 Materials in Extremes I*C7 Computational Physics at the Petascale and Beyond III*C28 Dopants and Defects in Semiconductors II: Oxides*C34 Thermal and Thermoelectric Transport - Theory and Modeling*C43 Multiferroic Oxides I*C48 Spin and Valley Dynamics in TMDs*E1 Computational Discovery and Design of Novel Materials IV*E2 Materials in Extremes II*E7 First-Principles Modeling of Excited-State Phenomena I: Methodological

Advances*E28 Dopants and Defects in Semiconductors III: Complex Oxides*E42 Magnetic Materials for Semiconductor Spintronics*E43 Spin Orbit Physics in Oxides II*F1 Computational Discovery and Design of Novel Materials V*F2 Materials in Extremes III*F7 First-Principles Modeling of Excited-State Phenomena II: Computational

Advances*F8 Electrons, Phonons, and Electron Phonon Scattering IF28 Dopants and Defects in Semiconductors IV: Nitrides*


F42 Spin Transport in Quantum Dots and Nanowires*F43 Multiferroic Oxide Heterostructures*H1 Computational Discovery and Design of Novel Materials VI*H2 Materials in Extremes IV*H7 First-Principles Modeling of Excited-State Phenomena III: TDDFT*H8 Electrons, Phonons, and Electron Phonon Scattering IIH43 Multiferroic Oxides II*H48 Single-Spin Systems in Semiconductors*K1 Van der Waals Bonding in Advanced Materials I*K2 Materials in Extremes V*K7 First-Principles Modeling of Excited State Phenomena IV: Molecular

Systems and Singlet Fission*K8 Electrons, Phonons, and Electron Phonon Scattering IIIK28 Dopants and Defects in Semiconductors V: Solar and Detector Materials*K33 Computational Discovery and Design of Novel Materials VIII*K43 Spin Orbit Physics in Oxides III*K48 Spin Transport in Topological Insulators*L1 Van der Waals Bonding in Advanced Materials II*L2 Materials in Extremes VI*L7 First-Principles Modeling of Excited State Phenomena V: Low-

Dimensional Systems*L8 Electrons, Phonons, and Electron Phonon Scattering IVL28 Dopants and Defects in Semiconductors VI: Compound and 2D

Semiconductors*L34 Thermal Transport Modeling - Novel Approaches*L43 Manganites and Cobaltites*P1 Van der Waals Bonding in Advanced Materials III*P2 Materials in Extremes VII*P7 First-Principles Modeling of Excited State Phenomena VI:

Semiconductors and Oxides*P26 Computational Discovery and Design of Novel Materials VII*P28 Dopants and Defects in Semiconductors VII*P42 Spin Transport in Graphene*P43 Manganite Films*R2 Materials in Extremes VIII*R7 First-Principles Modeling of Excited State Phenomena VII: Phonons and

Electron Dynamics*R42 Spins in Semiconductors, Hyperfine and Spin-Orbit Coupling*R43 Magnetic Oxide Interfaces*S2 Materials in Extremes IX*S7 Theory and Simulation of Fiber-Based Materials*S32 Computational Discovery and Design of Novel Materials X*S43 Electric Field and Optical Effects in Magnetic Oxide Heterostructures*V2 Explicitly Correlated Methods and Quantum Few-Body Systems*V27 Gamification and other Novel Approaches in Quantum Physics Outreach*V42 Spin Transport in Low-Dimensional Systems*V43 Iridate Heterostructures*X42 Spin Transport in III-V and Group IV Semiconductors*X43 Defects and Structural Control in Magnetic Oxide Heterostructures*Y42 Solid-State Hole Spin Qubits*Y43 Bulk Oxides*

D C P I N V I T E DH25 JCP Editor’s Choice Session

D C P F O C U SA7 Computational Physics at the Petascale and Beyond I*A25 Advances in Molecular Dynamics Simulations: From Atomistic to Coarse

Grained Models-IA26 Chemical Physics of Hydrogen Bonding IB2 Novel Chemistry under Extreme Conditions*B7 Computational Physics at the Petascale and Beyond II*

B25 Chemical Physics of Multichromophores IB26 Chemical Physics of Hydrogen Bonding IIC7 Computational Physics at the Petascale and Beyond III*C25 Advances in Molecular Dynamics Simulation: From Atomistic to Coarse

Grained Models - IIE7 First-Principles Modeling of Excited-State Phenomena I: Methodological

Advances*E25 Chemical Physics of Multichromophores IIE26 Chemical Physics of Hydrogen Bonding IIIF7 First-Principles Modeling of Excited-State Phenomena II: Computational

Advances*F25 Chemical Physics of Multichromophores IIIF26 Advances in Molecular Dynamics Simulation: From Atomistic to Coarse

Grained Models - IIIH7 First-Principles Modeling of Excited-State Phenomena III: TDDFT*K7 First-Principles Modeling of Excited State Phenomena IV: Molecular

Systems and Singlet Fission*K25 Advances in Molecular Dynamics Simulation: From Atomistic to Coarse-

Grained Model - IVsL7 First-Principles Modeling of Excited State Phenomena V: Low-

Dimensional Systems*L25 Chemical Physics of Multichromophores IVP7 First-Principles Modeling of Excited State Phenomena VI:

Semiconductors and Oxides*P25 DCP Prize SessionR7 First-Principles Modeling of Excited State Phenomena VII: Phonons and

Electron Dynamics*R25 Focus Session Chemical Physics Frontiers at Interfaces IS16 Physics of Liquids III -- Glasses*S25 Focus Session Chemical Physics Frontiers at Interfaces IIS26 Chemical Physics at the Edges IV25 Focus Session Chemical Physics Frontiers at Interfaces IIIV26 Chemical Physics at the Edges IIX25 Focus Session Chemical Physics Frontiers at Interfaces IVX26 Chemical Physics at the Edges III

D F D I N V I T E DH21 Extreme Events in a Changing Climate*S53 Assembly of Particles on Fluid Interfaces*

D M P I N V I T E DC19 DMP/GMAG Awards Session*L22 Physics For EveryoneS24 Progress in Physics Inspired by Walter Kohn*

D M P F O C U SA1 Computational Discovery and Design of Novel Materials I*A7 Computational Physics at the Petascale and Beyond I*A11 Organic Electronics - Excited States and Energy Transfer*A28 Dopants and Defects in Semiconductors I: Quantum Information*A30 Graphene: Structure, Defects, and FunctionalizationA31 Carbon Nanotubes and Related Materials: Transport and DevicesA32 Devices from 2D MaterialsA33 Excitons in 2D SemiconductorsA34 Hybrid Organic-Inorganic Halide Perovskites II*A37a Complex Oxide Interfaces and Heterostructures - LaAlO3/SrTiO3*A43 Spin Orbit Physics in Oxides I*A44 Dirac and Weyl Semimetals: Transport IA45 2D Topological Superconductors*A47 Magnetization Dynamics I: Ultrafast and Switching*A48 Frustrated Magnetism: Kitaev Model*A50 Low-D and Molecular Magnetism I*B1 Computational Discovery and Design of Novel Materials II*


B7 Computational Physics at the Petascale and Beyond II*B11 Organic Electronics - Fundamentals of Electronic Transport*B30 Emerging 2D Materials: Phosphorene, Silicene, and BeyondB31 Carbon Nanotubes & Related Materials: Physical & Chemical Propertes IB32 Field Effect Devices from 2D MaterialsB33 Valley and Spin Dependent PropertiesB34 Thermoelectrics - Sn-Se and Modeling*B37a Complex Oxide Interfaces and Heterostructures - Ruthenates, LaAlO3/

SrTiO3*B38 Fe-based Superconductors: Nematicity IB42 Organic Spintronics*B43 Magnetic Spinel and Binary Oxide Films*B44 Focus Session Dirac and Weyl Semimetals: ARPES, STM and TheoryB45 Topological Materials: Thin FilmB47 Antiferromagnetic Heterostructures and Magnon Drag*B50 Magnetism in Curved Nanostructures and Nanowires*C1 Computational Discovery and Design of Novel Materials III*C2 Materials in Extremes I*C7 Computational Physics at the Petascale and Beyond III*C28 Dopants and Defects in Semiconductors II: Oxides*C30 Emerging 2D Materials Beyond GrapheneC31 Carbon Nanotubes and Related Materials: Physical and Chemical

Propertes IIC32 2D Atomic Layer Hetero-devicesC33 Excitons in HeterostructuresC34 Thermal and Thermoelectric Transport - Theory and Modeling*C37a Dielectric and Ferroelectric Oxides IC39 Fe-based Superconductors: Tunneling and SpectroscopyC43 Multiferroic Oxides I*C44 Dirac and Weyl Semimetals: Theory IC47 Damping and Spin Polarization in Heusler Alloys*C48 Spin and Valley Dynamics in TMDs*C50 Low-D and Molecular Magnetism II*E1 Computational Discovery and Design of Novel Materials IV*E2 Materials in Extremes II*E7 First-Principles Modeling of Excited-State Phenomena I: Methodological

Advances*E11 Organic Electronics - Applied Transport*E28 Dopants and Defects in Semiconductors III: Complex Oxides*E30 2D Materials: Processing and ApplicationE32 2D Complex Oxide Devices and Devices at Oxide InterfacesE34 Hybrid Organic-Inorganic Halide Perovskites IIIE37a Dielectric and Ferroelectric Oxides II*E42 Magnetic Materials for Semiconductor Spintronics*E43 Spin Orbit Physics in Oxides II*E45 Topological Materials: Synthesis and Characterization–Magnetic Thin

FilmE47 Frontiers in Magnetic Imaging*E48 Frustrated Magnetism: Pyrochlores*E50 Magnetic Nanoparticles and Nanostructures*F1 Computational Discovery and Design of Novel Materials V*F2 Materials in Extremes III*F7 First-Principles Modeling of Excited-State Phenomena II: Computational

Advances*F28 Dopants and Defects in Semiconductors IV: Nitrides*F30 2D Materials: Properties and CharacterizationF31 Quantum Transport*F32 Optoelectronic Devices from 2D MaterialsF34 Thermal Transport*F35 Surface Science of Organic Molecular Solids, Films, and Nanostructures IF37a Complex Oxide Interfaces and Heterostructures - Stannates,

Superconductivity

F42 Spin Transport in Quantum Dots and Nanowires*F43 Multiferroic Oxide Heterostructures*F44 Dirac and Weyl Semimetals: STMF45 Realization of Kitaev Chain*F47 Spin-Orbit Torque I*F48 Frustrated Magnetism: Triangular Lattices*F50 Spin-Orbit Mediated Chiral Spin Textures I*H1 Computational Discovery and Design of Novel Materials VI*H2 Materials in Extremes IV*H7 First-Principles Modeling of Excited-State Phenomena III: TDDFT*H11 Organic Electronics - Organic Photovoltaics*H30 Magnetism in 2D Materials I*H32 Excitonic Devices from 2D MaterialsH34 Thermal Transport - Photonic and Nano Effects*H37a Dielectric and Ferroelectric Oxides IIIH41 Fe-based Superconductors: FeSeH43 Multiferroic Oxides II*H45 Topological Josephson JunctionH47 Spin Seebeck and Spin Nernst Effects*H48 Single-Spin Systems in Semiconductors*H50 Single-Molecule Magnets and Q-bits*K1 Van der Waals Bonding in Advanced Materials I*K2 Materials in Extremes V*K7 First-Principles Modeling of Excited State Phenomena IV: Molecular

Systems and Singlet Fission*K15 Complex phases: Colloids and Quasicrystals*K28 Dopants and Defects in Semiconductors V: Solar and Detector Materials*K30 Transition Metal Dichalcogenides: Processing and ApplicationsK32 Phosphorus Devices and Device PhysicsK33 Computational Discovery and Design of Novel Materials VIII*K34 Hybrid Organic-Inorganic Halide Perovskites IK37a Complex Oxide Interfaces and Heterostructures - Oxide 2-DEGs*K43 Spin Orbit Physics in Oxides III*K44 Dirac and Weyl Semimetals: Transport IIK45 Topological Materials: Synthesis and Characterization -- Other MaterialsK47 Magnons and Magnonic Devices*K48 Spin Transport in Topological Insulators*K50 Nanomagnets*L1 Van der Waals Bonding in Advanced Materials II*L2 Materials in Extremes VI*L7 First-Principles Modeling of Excited State Phenomena V: Low-

Dimensional Systems*L28 Dopants and Defects in Semiconductors VI: Compound and 2D

Semiconductors*L30 Transition Metal Dichalcogenides: Synthesis and CharacterizationL31 Superconductivity and Correlated States in 2D Materials IL32 2D Materials and Device CharacterizationsL33 Graphene: Synthesis and NanoribbonsL34 Thermal Transport Modeling - Novel Approaches*L37a Dielectric and Ferroelectric Oxides IVL37b Complex Oxide Interfaces and Heterostructures - Nickelates, Vanadates

and VO2*L39 Fe-based Superconductors: Orbital Effects and NematicityL43 Manganites and Cobaltites*L44 Dirac and Weyl Semimetals: ARPESL45 Superconducting Topological InsulatorL47 Spin-Orbit Torque II*L48 Frustrated Magnetism: Spin Ice*L49 Valley, Spin and Topological Physics*L50 Spin-Orbit Mediated Chiral Spin Textures II*P1 Van der Waals Bonding in Advanced Materials III*


P2 Materials in Extremes VII*P7 First-Principles Modeling of Excited State Phenomena VI:

Semiconductors and Oxides*P23 Novel 2D SemiconductorsP28 Dopants and Defects in Semiconductors VII*P30 Transition Metal Dichalcogenides: Optical PropertiesP31 Magnetism in 2D Materials IIP34 Nanoscale Charge Transport*P35 Surface Science of Organic Molecular Solids, Films, and Nanostructures IIP37a Dielectric and Ferroelectric Oxides VP41 Fe-based Superconductors: Theory and ComputationalP42 Spin Transport in Graphene*P43 Manganite Films*P45 Majorana Nanowire Based Topological DevicesP47 Spin Transport and Topology*P48 Frustrated Magnetism: Quantum Spin Ice*P50 Spin Chains and Quasi-Low-D Molecular Magnets*R2 Materials in Extremes VIII*R7 First-Principles Modeling of Excited State Phenomena VII: Phonons and

Electron Dynamics*R30 Transition Metal Dichalcogenides:Structure and DefectsR33 Advanced SpectroscopyR34 Nanostructures and Metamaterials*R36 Optical Spectroscopic Measurements of 2D Materials*R37a Dielectric and Ferroelectric Oxides VIR39 Fe-based Superconductors: Nematicity IIR42 Spins in Semiconductors, Hyperfine and Spin-Orbit Coupling*R43 Magnetic Oxide Interfaces*R44 Dirac and Weyl Semimetals: Optics IIR45 Exotic Topological SuperconductorsR47 Spin-Orbit Torque III and Chiral Domain Walls*R48 Frustrated Magnetism: Kagome*R50 Artificial Spin Ice and Honeycomb Structures*S2 Materials in Extremes IX*S7 Theory and Simulation of Fiber-Based Materials*S30 2D Materials Modeling of Synthesis and DefectsS31 Superconductivity and Correlated States in 2D Materials IIS32 Computational Discovery and Design of Novel Materials X*S33 Structural and Electronic PropertiesS34 Plasmonics*S37a Complex Oxide Interfaces and Heterostructures - Defects at Oxide

Interfaces*S43 Electric Field and Optical Effects in Magnetic Oxide Heterostructures*S44 Dirac and Weyl Semimetals: Theory IVS45 Transport Signature of Majorana NanowiresS47 Magnetization Dynamics II, Metals and Insulators*S48 Frustrated Magnetism: Spin Liquids II*S50 Molecular Magnets: STM, Ad-atoms, Interfaces*V31 Superconductivity and Correlated States in 2D Materials IIIV34 Advanced Metamaterials*V37a Dielectric and Ferroelectric Oxides VIIV41 Fe-based Superconductivity Spectroscopies*V42 Spin Transport in Low-Dimensional Systems*V43 Iridate Heterostructures*V45 Quantum Hall Effect and SuperconductivityV47 Magnetization Dynamics II, Damping and Spin Pumping*V48 Frustrated Magnetism: Spin Liquids*V50 Skyrmions*X34 Plasmonic Metamaterials*X37a Complex Oxide Interfaces and Heterostructures VII*X41 Fe-based Superconductivity: Magnetic Excitations*

X42 Spin Transport in III-V and Group IV Semiconductors*X43 Defects and Structural Control in Magnetic Oxide Heterostructures*X44 Dirac and Weyl Semimetals: Transport IIIX45 Two-Dimensional Topological Superconductors: IIX47 Domain Wall Motion*X48 Frustrated Magnetism: 2D Antiferromagnets*X50 Nanoscale Magnetic Dynamics*Y34 Quanum Effects in Plasmonic Metamaterials*Y36 Thermoelectrics: Characterization, Nanostructures*Y41 Fe-based Superconductivity C_4 and other Subjects*Y42 Solid-State Hole Spin Qubits*Y43 Bulk Oxides*Y45 Topological Superconductivity: TheoryY47 Spin Transfer Torque and Magnetic Tunnel Junctions*Y48 Frustrated Magnetism: Spin Glasses and 2D Magnets*Y50 Molecular Nanomagnets, Clusters, and Networks*

D P O LY I N V I T E DA21 Polymer Physics - From Academia to Industry and Back*B21 Biopolymer Physics*C21 Flexible and Stretchable Organic ElectronicsE21 Polymer Physics PrizeF21 Polymer Rheology - Flexibility, Charge and ExtensibilityK40 Designed Polymer Surfaces for Adhesion, Release, Self-Cleaning, Anti-

Fouling, and other Applications*P21 Soft Tribute to John Cahn*R21 Polymer Glasses in Confinement and DeformationR49 Mechanics in Morphogenesis*X21 Physics of Proteins: Novel Methods Revealing New Insights*

D P O LY F O C U SA9 Symposium Honoring Ed Kramer - Mechanics and DynamicsA11 Organic Electronics - Excited States and Energy Transfer*B6 Thin Films - Block CopolymersB9 Multimodal Characterization of Soft Materials in Complex Environments IB10 Polymer Nanocomposites - Structure and Driven AssemblyB11 Organic Electronics - Fundamentals of Electronic Transport*C6 Thin Films - Nanocomposites and Block CopolymersC9 Symposium Honoring Ed Kramer - Block Copolymers, Nanoparticles, and

ConductionC10 Polymer Nanocomposites - Dynamics From Segmental to Chain ScaleC11 Polymers for Energy Storage and Conversion IE5 Physics at Bio-Nano Interface I*E9 Glass Formation and Dynamics in Nanostructured Polymers & Glasses I*E10 Polymer Nanocomposites Related to Optical and Plasmonic PropertiesE11 Organic Electronics - Applied Transport*F5 Physics at Bio-Nano Interface II*F6 The Structure and Dynamics of Confined Biopolymers*F9 Multimodal Characterization of Soft Materials in Complex Environments IIF11 Physics of Natural Polymers, Polymer Hybrids, and AssembliesH10 Physics of Polymer Surfaces and Interfaces I*H11 Organic Electronics - Organic Photovoltaics*H18 Function from Geometry: 3D Printing to Programmable Matter I*H24 Dillon Medal SymposiumK6 Physics of Proteins Association and Recognition I*K9 Glass Formation and Dynamics in Nanostructured Polymers & Glasses II*K10 Ion Containing Polymers - The Role of Structure and Dynamics II*K18 Polymeric Membranes - Water PurificationL6 Bring Order from Disorder with Intrinsically Disordered Proteins*P4 Physics of Polymer Surfaces and Interfaces II*P9 Architectural Design of Polymers I


P10 Morphology Evolution and Structure-Property Relationship in Multicomponent Curing Systems

P11 Polymers for Energy Storage and Conversion IIR4 Physics of Proteins Association and Recognition II*R9 Focus Sesion: Architectural Design of Polymers IIR11 Polymer Crystallization Under ConfinementS4 Photoreceptor and Signal Transduction*S6 Polymeric MembranesS7 Theory and Simulation of Fiber-Based Materials*S9 Tough Hydrogels I*S11 Tuning Polymer Rheology for Printing, Spinning, or Coating ApplicationsS40 Physics of Ring PolymersV9 Tough Hydrogels II*V10 Polymers Adsorbed onto Solids - Interplay Among Structures, Dynamics,

and Properties IIV11 Polymer CrystallizationV18 Function from Geometry: 3D Printing to Programable Matter II*

F E D I N V I T E DB40 Jonathan F. Reichert and Barbara Wolff-Reichert Award for Excellence in

Advanced Laboratory InstructionF49 Preparing Physics Students for 21st Century CareersH53 The New (and Future) Faculty Workshop in Three HoursL40 How to Get a Job: Preparing for a Career in Physics

F H P I N V I T E DE40 60 Years since BCS and 30 Years since Woodstock

F I A P I N V I T E DA21 Polymer Physics - From Academia to Industry and Back*F29 Industrial Physics Forum: Physics in the Industrial WorldH29 Role of Measurements and Instrumentation in Advancing Industry and

Applied Physics*K29 Physics Leading the Frontier of Genomics and Applications*L29 FIAP Plenary: Physics that Changed the WorldP29 Lab to Product: the MarketplaceR29 Industrial Advances in Computation*S24 Progress in Physics Inspired by Walter Kohn*S29 Entrepreneurs: Building the Company

F I A P F O C U SA28 Dopants and Defects in Semiconductors I: Quantum Information*A47 Magnetization Dynamics I: Ultrafast and Switching*B42 Organic Spintronics*B47 Antiferromagnetic Heterostructures and Magnon Drag*C28 Dopants and Defects in Semiconductors II: Oxides*C47 Damping and Spin Polarization in Heusler Alloys*C48 Spin and Valley Dynamics in TMDs*E28 Dopants and Defects in Semiconductors III: Complex Oxides*E42 Magnetic Materials for Semiconductor Spintronics*E47 Frontiers in Magnetic Imaging*F28 Dopants and Defects in Semiconductors IV: Nitrides*F42 Spin Transport in Quantum Dots and Nanowires*F47 Spin-Orbit Torque I*H18 Function from Geometry: 3D Printing to Programmable Matter I*H47 Spin Seebeck and Spin Nernst Effects*H48 Single-Spin Systems in Semiconductors*K28 Dopants and Defects in Semiconductors V: Solar and Detector Materials*K47 Magnons and Magnonic Devices*K48 Spin Transport in Topological Insulators*L28 Dopants and Defects in Semiconductors VI: Compound and 2D

Semiconductors*L47 Spin-Orbit Torque II*

P28 Dopants and Defects in Semiconductors VII*P42 Spin Transport in Graphene*P47 Spin Transport and Topology*R42 Spins in Semiconductors, Hyperfine and Spin-Orbit Coupling*R47 Spin-Orbit Torque III and Chiral Domain Walls*S47 Magnetization Dynamics II, Metals and Insulators*V18 Function from Geometry: 3D Printing to Programable Matter II*V42 Spin Transport in Low-Dimensional Systems*V47 Magnetization Dynamics II, Damping and Spin Pumping*X42 Spin Transport in III-V and Group IV Semiconductors*X47 Domain Wall Motion*Y42 Solid-State Hole Spin Qubits*Y47 Spin Transfer Torque and Magnetic Tunnel Junctions*

F I P I N V I T E DP22 Condensed Matter Research at Global Muon FacilitiesS28 Physics Tools for Cultural Heritage InvestigationsX40 Division of Physics of Beams and Forum on International Physics

Introduce the World’s Newest Light Sources

F O E P I N V I T E DC53 From Physics Girl to the Physics Bus, Creating an Effective Voice for

Physics in a Diverse Society

F O E P F O C U SV27 Gamification and other Novel Approaches in Quantum Physics Outreach*

F P S I N V I T E DR40 Emerging Technologies and the Future of the Nuclear ArsenalsV40 Marie Curie - A 150th Birthday CelebrationY40 Climate Change and Sea Level Rise

G E R A I N V I T E DL18 Energy - Renewable and SustainableY49 Environment-energy Nexus – a Physics Perspective*

G E R A F O C U SA34 Hybrid Organic-Inorganic Halide Perovskites II*B34 Thermoelectrics - Sn-Se and Modeling*C34 Thermal and Thermoelectric Transport - Theory and Modeling*H34 Thermal Transport - Photonic and Nano Effects*L34 Thermal Transport Modeling - Novel Approaches*R38 Photovoltaics: Thin Film and Nanostructured

G I M S I N V I T E DH29 Role of Measurements and Instrumentation in Advancing Industry and

Applied Physics*K21 Keithley Award Session

G I M S F O C U SE36 Advances in Scanned Probe Microscopy IH36 Advances in Scanned Probe Microscopy IIR36 Optical Spectroscopic Measurements of 2D Materials*

G M A G I N V I T E DC19 DMP/GMAG Awards Session*C24 Spin-Orbit Coupling at Interfaces: Blessing or Curse for Future Spintronic

Devices?E24 Spin Orbit Torques and Spin WavesF24 Graphene SpintronicsK24 Spectroscopic Signatures of Fractionalized Excitations in Quantum

Magnets*L23 Interplay of Magnetism, Superconductivity and Unconventional Order in

Heavy Fermion MaterialsS22 Artificial Spin Ice and Related Frustrated Artificial Materials*V24 Detection and Imaging of Magnetic Dynamics Using Nitrogen-Vacancy

Centers in Diamond


X22 Room Termperature Multiferroic BiFeO3Y21 Emergent Magnetism at Oxide InterfacesY22 Experimental Progress of Valley Transport in 2D Materials

G M A G F O C U SA43 Spin Orbit Physics in Oxides I*A45 2D Topological Superconductors*A47 Magnetization Dynamics I: Ultrafast and Switching*A48 Frustrated Magnetism: Kitaev Model*A50 Low-D and Molecular Magnetism I*B42 Organic Spintronics*B43 Magnetic Spinel and Binary Oxide Films*B47 Antiferromagnetic Heterostructures and Magnon Drag*B50 Magnetism in Curved Nanostructures and Nanowires*C43 Multiferroic Oxides I*C47 Damping and Spin Polarization in Heusler Alloys*C48 Spin and Valley Dynamics in TMDs*C50 Low-D and Molecular Magnetism II*E42 Magnetic Materials for Semiconductor Spintronics*E43 Spin Orbit Physics in Oxides II*E47 Frontiers in Magnetic Imaging*E48 Frustrated Magnetism: Pyrochlores*E50 Magnetic Nanoparticles and Nanostructures*F42 Spin Transport in Quantum Dots and Nanowires*F43 Multiferroic Oxide Heterostructures*F45 Realization of Kitaev Chain*F47 Spin-Orbit Torque I*F48 Frustrated Magnetism: Triangular Lattices*F50 Spin-Orbit Mediated Chiral Spin Textures I*H30 Magnetism in 2D Materials I*H43 Multiferroic Oxides II*H47 Spin Seebeck and Spin Nernst Effects*H48 Single-Spin Systems in Semiconductors*H50 Single-Molecule Magnets and Q-bits*K43 Spin Orbit Physics in Oxides III*K47 Magnons and Magnonic Devices*K48 Spin Transport in Topological Insulators*K50 Nanomagnets*L43 Manganites and Cobaltites*L47 Spin-Orbit Torque II*L48 Frustrated Magnetism: Spin Ice*L49 Valley, Spin and Topological Physics*L50 Spin-Orbit Mediated Chiral Spin Textures II*P42 Spin Transport in Graphene*P43 Manganite Films*P47 Spin Transport and Topology*P48 Frustrated Magnetism: Quantum Spin Ice*P50 Spin Chains and Quasi-Low-D Molecular Magnets*R42 Spins in Semiconductors, Hyperfine and Spin-Orbit Coupling*R43 Magnetic Oxide Interfaces*R47 Spin-Orbit Torque III and Chiral Domain Walls*R48 Frustrated Magnetism: Kagome*R50 Artificial Spin Ice and Honeycomb Structures*S43 Electric Field and Optical Effects in Magnetic Oxide Heterostructures*S47 Magnetization Dynamics II, Metals and Insulators*S48 Frustrated Magnetism: Spin Liquids II*S50 Molecular Magnets: STM, Ad-atoms, Interfaces*V42 Spin Transport in Low-Dimensional Systems*V43 Iridate Heterostructures*V47 Magnetization Dynamics II, Damping and Spin Pumping*V48 Frustrated Magnetism: Spin Liquids*

V50 Skyrmions*X42 Spin Transport in III-V and Group IV Semiconductors*X43 Defects and Structural Control in Magnetic Oxide Heterostructures*X47 Domain Wall Motion*X48 Frustrated Magnetism: 2D Antiferromagnets*X50 Nanoscale Magnetic Dynamics*Y42 Solid-State Hole Spin Qubits*Y43 Bulk Oxides*Y47 Spin Transfer Torque and Magnetic Tunnel Junctions*Y48 Frustrated Magnetism: Spin Glasses and 2D Magnets*Y50 Molecular Nanomagnets, Clusters, and Networks*

G M E D I N V I T E DS21 Medical Physics Today and Tomorrow

G P C I N V I T E DH21 Extreme Events in a Changing Climate*

G P C F O C U SF12 Natural Pattern Formation and Earth’s Climate System*

G Q I I N V I T E DA19 Near Term Applications of Small-scale Quantum ComputingB19 Progress in Quantum Simulation*K22 Spins in Solids for Quantum Information ProcessingS19 Nanothermodynamics and Quantum Information*

G Q I F O C U SA28 Dopants and Defects in Semiconductors I: Quantum Information*A42 Opto-mechanics and Microwave Mechanical HybridsA46 Entanglement in Open Quantum Systems*B46 Experimental Advances in Semiconducting QCB51 Quantum Annealing: Architecture and HardwareE46 Remote Entanglement with Superconducting QubitsE51 Readout in Superconducting Qubits: Parametric and Novel MeasurementsE52 Semiconductor Qubits: Quantum Dot Readout and SensingF46 Continuous Measurements and Non-commuting ObservablesF51 Parametric and Multimode Interactions in Superconducting DevicesH42 Advances in Digital Quantum SimulationH52 Quantum Simulation: Topology & ChemistryK46 Quantum Gates in Superconducting QubitsK51 Decoherence and Defects in Superconducting CircuitsK52 Thermodynamics and Thermalization in Quantum Information Theory*L42 Advances in Analog Quantum SimulationL46 Focus: Quantum Gates in Superconducting Qubits ContinuedP46 Implementing Quantum Algorithms in Experimental SystemsP52 NV Centers and Spin EnsemblesR46 Quantum Optics with Superconducting CircuitsR51 Error CorrectionR52 Semiconducting QC: Donor and Dot-Donor Qubits, Rolf Landauer and

Charles Bennett Award SessionS13 Quantum Optics in Hybrid Systems: Noise, Photon Emission, and

Optomechanical Transduction*S42 Spins and Defects in Si and SiCS46 Continuous Measurements and Quantum FoundationsS51 Nonreciprocal Devices for Circulation, Amplification, and ReadoutS52 Quantum Network and Quantum CommunicationV27 Gamification and other Novel Approaches in Quantum Physics Outreach*V46 Superconducting-Qubit Quantum Error CorrectionV51 Nonreciprocal Devices with Circuits and OptomechanicsV52 Hybrid Systems with Semiconductor QubitsX46 Topological Quantum InformationX51 Challenging Conventional Quantum Limits in Measurements and

Metrology


Y37b Noise, Dynamical Decoupling, and Quantum Error CorrectionY42 Solid-State Hole Spin Qubits*

G S N P I N V I T E DA49 Physics of Collective Cell Migration*B23 From Isometry to Reality: Geometric principles, Mechanics, and

Morphology of Thin Solid Structures*B49 Active Matter: Recent Theoretical Advances*C29 Mesoscale Structure in Particulate-based Systems*E29 Jamming of Frictional and Non-spherical ParticlesF40 Patterns of Network SynchronizationH21 Extreme Events in a Changing Climate*H40 Soft Excitations in Glasses and Jammed Solids*K49 Physics of Neural Network Dynamics in the Brain*L24 Invited Session: Frontiers in Theory: Joint DCMP/DCOMP/GSNP Prize

Session*P21 Soft Tribute to John Cahn*R49 Mechanics in Morphogenesis*S19 Nanothermodynamics and Quantum Information*V21 Statistical Physics of On-line ReputationX29 The Butterfly Plot Turns 40X49 Robot Scientists and Machine Learning for Automated Modeling and

Control of Complex Systems*

G S N P F O C U SA6 Self-organization in Bacteria Colonies and Suspensions*A14 Jamming of Particulate Matter I*A15 Geometry and Topology in MechanicsA46 Entanglement in Open Quantum Systems*C14 Statistical Mechanics of Active Matter*C15 Extreme Mechanics of ShellsC16 Focus Sesssion: Mechanical Singularities in Soft Matter II*E9 Glass Formation and Dynamics in Nanostructured Polymers & Glasses I*E14 Symmetries, Spatiotemporal Patterns and SynchronizationF4 Physics of Genome Organization: from DNA to Chromatin I*F12 Natural Pattern Formation and Earth’s Climate System*F15 Population Ecology and Evolutionary Dynamics*F17 Organization of Soft Materials Far from Equilibrium*H4 Specificity, Recognition and Coding in Biology*H14 Collective Dynamics: Fluid Physics of Life*H18 Function from Geometry: 3D Printing to Programmable Matter I*K5 Physical Properties of Bacterial Cytoplasm*K9 Glass Formation and Dynamics in Nanostructured Polymers & Glasses II*K10 Ion Containing Polymers - The Role of Structure and Dynamics II*K14 Mechanical Metamaterials I*K15 Complex phases: Colloids and Quasicrystals*K52 Thermodynamics and Thermalization in Quantum Information Theory*P5 Non-equilibrium Dynamics of Neural Circuits*S5 Machine Learning for Modeling and Control of Biological Systems I*S16 Physics of Liquids III -- Glasses*V5 Physics of Cellular Organization*V14 Noise and Stochastic Fluctuations in Biological Systems*V16 Active Matter Under Confinement II*V18 Function from Geometry: 3D Printing to Programable Matter II*X12 Robophysics I*X18 Continuum Descriptions of Discrete Materials*Y14 Machine Learning for Modeling and Control of Biological Systems II*

G S O F T I N V I T E DB23 From Isometry to Reality: Geometric principles, Mechanics, and

Morphology of Thin Solid Structures*B49 Active Matter: Recent Theoretical Advances*C29 Mesoscale Structure in Particulate-based Systems*C49 Reinforced (By) WaterF53 Biological Materials Self-Assembly*H40 Soft Excitations in Glasses and Jammed Solids*K40 Designed Polymer Surfaces for Adhesion, Release, Self-Cleaning, Anti-

Fouling, and other Applications*R49 Mechanics in Morphogenesis*S53 Assembly of Particles on Fluid Interfaces*V49 Multiscale Physics of Cellular Remodeling*

G S O F T F O C U SA4 Physics of the Cytoskeleton I*A14 Jamming of Particulate Matter I*A16 New Mesophase Symmetries and Topologies in Self-Assembled Soft

Matter*C4 Physics of the Cytoskeleton II*C16 Focus Sesssion: Mechanical Singularities in Soft Matter II*C18 Physics of Bio-inspired Materials I*E9 Glass Formation and Dynamics in Nanostructured Polymers & Glasses I*E17 GSOFT Prize Session: Mechanics, Topology and GeometryF17 Organization of Soft Materials Far from Equilibrium*H10 Physics of Polymer Surfaces and Interfaces I*H16 Physics of Bio-inspired Materials II*H18 Function from Geometry: 3D Printing to Programmable Matter I*K9 Glass Formation and Dynamics in Nanostructured Polymers & Glasses II*K14 Mechanical Metamaterials I*K15 Complex phases: Colloids and Quasicrystals*K17 Knotting in Filaments and FieldsL4 Physics of Genome Organization: from DNA to Chromatin II*P4 Physics of Polymer Surfaces and Interfaces II*P18 Mechanics and Non-linear Rheology of Soft Gels IIS9 Tough Hydrogels I*S16 Physics of Liquids III -- Glasses*V9 Tough Hydrogels II*V16 Active Matter Under Confinement II*V17 Field-Driven Colloidal AssemblyV18 Function from Geometry: 3D Printing to Programable Matter II*X12 Robophysics I*X18 Continuum Descriptions of Discrete Materials*

G S C C M F O C U SB2 Novel Chemistry under Extreme Conditions*C2 Materials in Extremes I*E2 Materials in Extremes II*F2 Materials in Extremes III*H2 Materials in Extremes IV*K2 Materials in Extremes V*L2 Materials in Extremes VI*P2 Materials in Extremes VII*R2 Materials in Extremes VIII*S2 Materials in Extremes IX*

* Jointly Sponsored Session


P o s t e r S e s s i o n G 1 : T U E S D A Y 2 : 0 0 – 5: 0 0 P M C O N V E N T I O N C E N T E R , H A L L J

Undergraduate Research

Applications (IT, Medical/Bio, Photonics)

Energy Research and Applications

General Theory/Computational Physics

Physics Education

Metals and Metallic Alloys

Quantum Information Concepts and Computation

Fluids

Magnetism

Semiconductors

Superconductivity

P o s t e r S e s s i o n M 1 : W E D N E S D A Y 11: 15 A M –2 : 15 P M C O N V E N T I O N C E N T E R , H A L L J

Polymer Physics

Soft Condensed Matter

Statistical and Nonlinear Physics

Biological Physics

Physics of Climate

Instrumentation and Measurements

Matter at Extreme Condititions

Chemical Physics

P o s t e r S e s s i o n T 1 : T H U R S D A Y 1: 0 0 – 4 : 0 0 P M C O N V E N T I O N C E N T E R , H A L L J

Atomic, Molecular and Optical Physics

Insulators and Dielectrics

Strongly Correlated Systems including Quantum Fluids and Solids

Complex Structured Materials including Graphene

Superlatives Nanostructures and other Artificially Structured Materials

Surfaces, Interfaces, and Thin Films

General Physics

Post-deadline

P O S T E R S E S S I O N S


P R O G R A M T I M E B L O C K SContributed and invited sessions are three hours in length—three sessions per day at 8:00 a.m., 11:15 a.m., and 2:30 p.m. The time blocks are designated in alpha order beginning with time block “A” on Monday at 8:00 a.m., and ending with “Z” designating the 11:15 a.m. time block on Friday.

S E S S I O N C O D E SThe number following the alpha that designates the time block represents the sequential numbering of the sessions within the time block. Session A1 is one of several sessions taking place in parallel in the first time block on Monday. The number following the decimal in the session code represents the sequence of the papers to be presented in that session.

P R O G R A M F O R M A T

D I V I S I O N S

Atomic, Molecular & Optical Physics • Biological Physics • Chemical Physics • Computational Physics • Condensed Matter Physics • Fluid Dynamics • Laser Science • Materials Physics • Polymer Physics

T O P I C A L G R O U P S

Energy Research & Applications • Instruments & Measurement Science • Magnetism & its Applications • Medical Physics • Physics of Climate • Quantum Information • Shock Compression of Condensed Matter • Soft Matter • Statistical & Nonlinear Physics

F O R U M S

Early Career Scientists • Education • Graduate Student Affairs • History of Physics • Industrial & Applied Physics • International Physics • Outreach & Engaging the Public • Physics & Society

A U D I O V I S U A LIn keeping with our legally binding contract with our AV vendor, speakers are not permitted to bring their own projection equipment for use at the meeting.

E Q U I P M E N T : The standard AV package consists of a projector, screen, laser pointer, and two lapel microphones–one for the chair and one for the speaker. Any additional AV equipment must be rented by the speaker directly through the designated AV vendor at the expense of the speaker.

P O L I C Y & G U I D E L I N E S O N U S E O F P R O J E C T O R S : The responsibility for a smooth, technically trouble-free presentation ultimately rests with the presenter. Speakers who plan to use projectors must do the following: 1. Bring your own laptop computer, power cord, and

any proprietary cords required for your computer. Do not bring your own projector to the meeting. NOTE: APS is not responsible for the security of personal laptops or mobile devices.

2. Visit the Speaker Ready Room to run through the presentation to ensure a smooth and technically trouble-free talk. Testing your presentation in the Speaker Ready Room prior to your presentation is strongly recommended to minimize equipment compatibility difficulties. Remember that time used to set up equipment reduces the time you have to make your presentation.


G U I D E L I N E S F O R S P E A K E R S

O R A L P R E S E N T AT I O N S : Please arrive at least 15 minutes prior to the scheduled time of your talk. Contributed papers are allocated 12 minutes each—10 minutes for presentation and 2 minutes for questions, unless otherwise specified. Invited papers are allocated 36 minutes—30 minutes for presentation and 6 minutes for questions. Note: Occasionally (and unfortunately) the chair for a session may not appear, in which case we ask that the first presenter serve as chair of the session.

P O S T E R P R E S E N T AT I O N S : On the day of your assigned presentation, please display your poster starting at 10:00 a.m. and remove it promptly at the end of the session. APS is not responsible for posters left up past the end of the session. No audiovisual equipment is allowed in the poster sessions.

S P E A K E R R E A D Y R O O MC O N V E N T I O N C E N T E R , R O O M 2 8 3

Be sure to visit the Speaker Ready Room to run through your presentation to ensure that it goes smoothly during your session.

S U N D A Y • 4 : 0 0 – 7 : 0 0 P MM O N D A Y – W E D N E S D A Y • 7 : 0 0 A M – 5 : 0 0 P MT H U R S D A Y • 7 : 0 0 A M – 4 : 0 0 P MF R I D A Y • 7 : 0 0 A M – 1 2 : 0 0 P M

G U I D E L I N E S F O R S E S S I O N C H A I R S

B e f o r e Y o u r S e s s i o n

1. C H E C K T H E P R O G R A M : Determine the number and order of the abstracts to be presented, the time allocated to each abstract, and if there are any supplementary abstracts assigned to the session.

2. C H E C K T H E P R O G R A M C H A N G E S B O A R D N E A R T H E I N F O R M AT I O N D E S K : See if any changes have been made to your session.

3. A R R I V E E A R LY : 15 minutes prior to the start of the session, familiarize yourself with the controls for lights, microphones, AV equipment, and the timer. If you encounter problems, immediately alert the meeting staff at the registration desk or meeting information desk, and/or an AV technician.

D u r i n g Y o u r S e s s i o n

1. I N T R O D U C T I O N S : At the start of the session, briefly introduce yourself and explain the timing system.

2. C H E C K T H E M I C R O P H O N E : Make sure the lavaliere is no lower than 6” below the chin.

3. S T A R T O N T I M E : Announce the first abstract and author, and start the provided timer.

4. S T I C K T O T H E S C H E D U L E : Many attendees move between sessions to hear specific abstracts. Adhere to the time schedule so that simultaneous sessions are synchronized as best as possible.

5. A L L O T T E D T I M E S : If your session includes both contributed and invited abstracts, be aware of the different times allocated for each and set the timer as follows:

Contributed Abstracts: set timer for eight minutes to give initial warning, then set the final bell to go off two minutes later to signal the end of the talk. Allow two additional minutes for questions.

Invited Abstracts: set timer for 25 minutes to give initial warning, then set the final bell to go off five minutes later to signal the end of the talk. Allow six additional minutes for questions.

6. T I M I N G S P E A K E R S : When a speaker’s time is up, ask them to stop in a courteous but firm manner. Any time used by speakers and/or technicians to set up laptops or any other equipment is deducted from the speaker’s total time allotment. Start timing the speaker from the moment they come to the front, not when they begin speaking.

7. A B S E N T S P E A K E R S : Should a speaker fail to appear, call the author of the first supplementary abstract assigned to the session, if any. If that author is not in attendance, call the author of the following supplementary abstract, and so on. If there are no supplementary abstracts assigned to your session, allow the preceding discussion to continue, or recess the session until it is time for the next scheduled abstract. At the end of the session, if time allows, call again for the regularly scheduled abstract.

8. S E S S I O N P R O B L E M S : If any problems arise that you are unable to handle while continuing to chair the session, call the number located on the card at the front of the meeting room to request an AV tech.


P R O G R A M E P I T O M E

M O N D A Y , M A R C H 1 3 8 : 0 0 A M

A1 Computational Discovery and Design of Novel Materials I ROOM: 260 FOCUS Sponsor: DMP DCOMP Chair: Anatole von Lilienfeld, University of Basel Invited Speakers: Risi Kondor

A2 Magnetism in Topological Insulators R OOM: 261 Sponsor: DCMP GMAG Chair: Wang-Kong Tse, University of Alabama

A3 Physics of Liquids I – Multicomponent Liquids & Solvation ROOM: 262 Sponsor: GSOFT GSNP DCP Chair: Justin Burton, Emory University

A4 Physics of the Cytoskeleton I R OOM: 263 FOCUS Sponsor: DBIO GSOFT Chair: Shane Hutson, Vanderbilt University Invited Speakers: Erin Rericha

A5 Tracking, Localization and Inference: Methods & Applications R OOM: 264 FOCUS Sponsor: DBIO Chair: Steve Presse, IUPUI Invited Speakers: Christopher Calderon, Xavier Darzacq, Jingyi Fei

A6 Self-organization in Bacteria Colonies & Suspensions ROOM: 265 FOCUS Sponsor: DBIO GSNP Chair: Hugues Chate, CEA-Saclav, France and Beijing Computational Research Center Invited Speakers: Hepeng Zhang, Yilin Wu

A7 Computational Physics at the Petascale and Beyond I ROOM: 266 FOCUS Sponsor: DCOMP DMP-DCMP DBIO-DCP Chair: Jack Wells, Oak Ridge National Laboratory Invited Speakers: Nicola Marzari

A8 Electronic Structure Theory R OOM: 267 Sponsor: DCOMP Chair: Michael Widom, Carnegie Mellon University

A9 Symposium Honoring Ed Kramer - Mechanics & Dynamics ROOM: 268 FOCUS Sponsor: DPOLY Chair: Russell Composto, University of Pennsylvania Invited Speakers: Glenn Fredrickson, Michael Rubinstein

A10 Polymer Nanocomposites - Mechanics R OOM: 269 Sponsor: DPOLY Chair: Laura Clarke, North Carolina State University

A11 Organic Electronics - Excited States and Energy Transfer ROOM: 270 FOCUS Sponsor: DPOLY DMP Chair: Bryan Boudouris, Purdue University Invited Speakers: Zeev Valy Vardeny

A12 Undergraduate Research/SPS I ROOM: 271 UNDERGRADUATE Chair: Cortney Bougher, American Physical Society

A13 Non-Equilibrium Physics with Ultracold Atoms I ROOM: 272 FOCUS Sponsor: DAMOP Chair: Soonwoi Choi, Harvard University Invited Speakers: Rudolf Grimm

A14 Jamming of Particulate Matter I ROOM: 273 FOCUS Sponsor: GSNP GSOFT Chair: Robert Behringer, Duke University Invited Speakers: Eric Corwin

A15 Geometry and Topology in Mechanics ROOM: 274 FOCUS Sponsor: GSNP Chair: Vincenzo Vitelli, University of Leiden Invited Speakers: Anton Souslov

A16 New Mesophase Symmetries and Topologies in Self-Assembled Soft Matter ROOM: 275 FOCUS Sponsor: GSOFT DBIO Chair: Cecilia Leal, University of Illinois Urbana-Champaign Invited Speakers: Frank Bates

A17 Liquid Crystals I - Nematics, Cholesterics, Skyrmions ROOM: 276 Sponsor: GSOFT Chair: Luz J Martinez-Miranda, University of Maryland

A18 Metals Modeling Phase Transitions and Application ROOM: 277 Chair: Oleh Matvyeyev, Georgetown University

A19 Near Term Applications of Small-scale Quantum Computing ROOM: 278-279 INVITED Sponsor: GQI Chair: Sabre Kais Invited Speakers: John Martinis, Krysta Svore, Alan Aspuru-Guzik, Eddie Farhi, Sergio Boixo

A20 Quantum Phase Transitions I ROOM: 280 Sponsor: DCMP Chair: Liusuo Wu

A21 Polymer Physics - From Academia to Industry and Back ROOM: 281-282 INVITED Sponsor: DPOLY FIAP Chair: Rohan Hule, ExxonMobile, Inc Invited Speakers: Norman Wagner, Patrick Brant, Rufina Alamo, Jeffrey Meth, Ulrich Wiesner

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P R O G R A M E P I T O M EA22 Nano-scale Perspectives on Phase Transitions in

Correlated Oxides ROOM: NEW OR LEAN S TH EATER A INVITED Chair: Dmitri Basov, Columbia University Invited Speakers: Yayu Wang, Yasutomo Uemura, Alexander McLeod, Kevin E. Smith, Erica Carlson

A23 Novel Phenomena and Routes to Realizations of Weyl and Dirac Semimetals ROOM: NEW OR LEAN S TH EATER B INVITED Chair: Ashvin Vishwanath, Harvard University Invited Speakers: Yi Zhang, Hiroyuki Inoue, Charles Kane, Hae-Young Kee, Leslie Schoop

A24 Superconducting and Quantum Metamaterials ROOM: NEW OR LEAN S TH EATER C INVITED Chair: Kevin Osborn, University of Maryland Invited Speakers: Steven Anlage, Shiro Kawabata, Alexey Ustinov, Shiro Saito, George Tsironis

A25 Advances in Molecular Dynamics Simulations: From Atomistic to Coarse Grained Models-I ROOM: 288 FOCUS Sponsor: DCP Chair: Gregory Voth, University of Chicago Invited Speakers: Michele Parrinello, Peter Bolhuis, Shoji Takada

A26 Chemical Physics of Hydrogen Bonding I ROOM: 289 FOCUS Sponsor: DCP Chair: Martina Havenith, Bochum University Invited Speakers: Thomas Markland, Alexei Sokolov, Joel Bowman

A27 Fractional Quantum Hall Effect I R OOM: 290 Sponsor: FIAP Chair: Alan Tran, University of California, Santa Barbara

A28 Dopants and Defects in Semiconductors I: Quantum Information R OOM: 291 FOCUS Sponsor: DMP FIAP DCOMP GQI Chair: Paul Koenraad, Simon Fraser University Invited Speakers: Stephanie Simmons

A29 Optical Frequency Combs - Generation, Metrology & Applications ROOM: 292 INVITED Invited Speakers: Kerry Vahala, Peter Delfyett, Thomas R. Schibli, Bryce Bjork, Franklyn Quinlan

A30 Graphene: Structure, Defects, and Functionalization ROOM: 293 FOCUS Sponsor: DMP Chair: Rohit Karnik, MIT Invited Speakers: Patrick Gallagher

A31 Carbon Nanotubes and Related Materials: Transport and Devices ROOM: 294 FOCUS Sponsor: DMP Chair: Masahiro Ishigami, University of Central Florida Invited Speakers: Philip Wong, Michael Arnold

A32 Devices from 2D Materials R OOM: 295 FOCUS Sponsor: DMP Chair: Xiaobo Yin, University of Colorado Boulder Invited Speakers: Tony Heinz, Antonio Castro Neto

A33 Excitons in 2D Semiconductors ROOM: 296 FOCUS Sponsor: DMP Chair: Andreas Stier, NHMFL Invited Speakers: Hanan Dery

A34 Hybrid Organic-Inorganic Halide Perovskites II ROOM: 297 FOCUS Sponsor: DMP GERA Chair: Feliciano Giustino, University of Oxford Invited Speakers: David Mitzi

A35 Thin Film Processing: Theory & Experiment ROOM: 298 Sponsor: DCMP Chair: Nuri Oncel, University of North Dakota

A36 Quantum Dots, Quantum Wells, and Metamaterials: Optical Characterization and Applications ROOM: 299 Sponsor: DCMP DMP Chair: Brennan Pursley, Naval Research Laboratory

A37A Complex Oxide Interfaces and Heterostructures - LaAlO3/SrTiO3 ROOM: 383 FOCUS Sponsor: DMP DCMP Chair: Anderson Janotti, University of Delaware Invited Speakers: Xiaoxing Xi

A37B Metal Insulator Phase Transitions I: Theory ROOM: 384 Sponsor: DCMP Chair: Nicola Lanata, National High Magnetic Field Laboratory: Florida State University

A38 Fe-based Superconductivity I ROOM: 385 Sponsor: DMP DCMP Chair: Jian Kang, University of Minnesota

A40 The Physicist and the Philosopher: Einstein, Bergson, and the Debate That Changed Our Understanding of Time ROOM: 387 INVITED Chair: Joseph D. Martin, Consortium for History of Science, Technology and Medicine Invited Speakers: Jimena Canales, Jean bricmont, Adam Frank, Russell Ford, Alberto Martinez

A41 Mainly Photoemission in High Tc Cuprates ROOM: 388 Sponsor: DCMP Chair: Herbert Fotso, SUNY, Albany

A42 Opto-mechanics and Microwave Mechanical Hybrids ROOM: 389 FOCUS Sponsor: GQI Chair: John Teufel, National Institute of Standards and Technology Invited Speakers: Konrad Lehnert

A43 Spin Orbit Physics in Oxides I ROOM: 390 FOCUS Sponsor: GMAG DMP DCOMP Chair: Songxue Chi, Oak Ridge Natl Lab Invited Speakers: Jeroen van den Brink, A. D. Christianson

A44 Dirac and Weyl Semimetals: Transport I ROOM: 391 FOCUS Sponsor: DMP Chair: Philip Moll, Max Planck Institute Invited Speakers: James Analytis

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A45 2D Topological Superconductors R OOM: 392 FOCUS Sponsor: DMP GMAG Invited Speakers: Amir Yacoby, Hartmut Buhmann, Sean Hart, Hechen Ren, Michael Kosowsky, Gilad Ben-Shach, Laurens Molenkamp, Bertrand Halperin, Philipp Leubner, Christoph Brüne

A46 Entanglement in Open Quantum Systems ROOM: 393 FOCUS Sponsor: GQI GSNP Invited Speakers: Yasunobu Nakamura

A47 Magnetization Dynamics I: Ultrafast and Switching RO OM: 394 FOCUS Sponsor: GMAG DMP FIAP Chair: Andrew Berger, NIST Invited Speakers: Z. Q. Qiu

A48 Frustrated Magnetism: Kitaev Model ROOM: 395 FOCUS Sponsor: GMAG DMP Chair: Masafumi Udagawa, Gakushuin University Invited Speakers: Roderich Moessner

A49 Physics of Collective Cell Migration RO OM: 396 INVITED Sponsor: DBIO GSNP Chair: Wouter Rappel Invited Speakers: M. Lisa Manning, Xavier Trepat, Brian Camley, MIngming Wu, Kandice Tanner

A50 Low-D and Molecular Magnetism I R OOM: 397 FOCUS Sponsor: GMAG DMP Chair: Matthew Stone, Oak Ridge National Laboratory Invited Speakers: Kirill Povarov

A51 Quantum Annealing: Algorithms & Theory R OOM: 398 Sponsor: GQI Chair: Alejandro Perdomo-Ortiz, NASA Ames Research Center

A52 Quantum Information Theory R OOM: 399 Sponsor: GQI

A39 Superconductivity: Optical Probes R OOM: 386 Sponsor: DCMP Chair: Ricardo Lobo, ESPCI

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B1 Computational Discovery and Design of Novel Materials II R OOM: 260 FOCUS Sponsor: DMP DCOMP Chair: Noa Marom, Carnegie Mellon University Invited Speakers: Anatole von Lilienfeld

B2 Novel Chemistry under Extreme Conditions RO OM: 261 FOCUS Sponsor: DCOMP DCP SHOCK Chair: Michael Pravica, University of Nevada Las Vegas Invited Speakers: Yanming Ma, Choong-Shik Yoo

B3 Topological insulators: General Theory R OOM: 262 Sponsor: DCMP Chair: Hua Chen, University of Texas, Austin

B4 Systems Biology ROOM: 263 Sponsor: DBIO Chair: Moumita Das, RIT

B5 Molecular Biophysics: Structural and Functional Properties ROOM: 264 Sponsor: DBIO Chair: Jeff Wang, John Hopkins University

B6 Thin Films - Block Copolymers ROOM: 265 FOCUS Sponsor: DPOLY Chair: Bryan Vogt, University of Akron Invited Speakers: Caroline Ross

B7 Computational Physics at the Petascale and Beyond II ROOM: 266 FOCUS Sponsor: DCOMP DMP-DCMP DCP-DBIO Chair: Nichols Romero, Argonne National Laboratory Invited Speakers: Cecilia Clementi

B8 Quantum Many-Body Systems 1: Nonequilibrium Many Body Theory, Quenches, and Many Body Localization ROOM: 267 Sponsor: DCOMP Chair: Sarang Gopalakrishnan, CUNY College of Staten Island

B9 Multimodal Characterization of Soft Materials in Complex Environments I ROOM: 268 FOCUS Sponsor: DPOLY Chair: Cheng Wang, LBNL Invited Speakers: Enrique Gomez

B10 Polymer Nanocomposites - Structure and Driven Assembly ROOM: 269 FOCUS Sponsor: DPOLY Chair: Robert Hickey, Pennsylvania State University Invited Speakers: Sanat Kumar

B11 Organic Electronics - Fundamentals of Electronic Transport ROOM: 270 FOCUS Sponsor: DPOLY DMP Chair: Erin Ratcliff, University of Arizona Invited Speakers: Vitaly Podzorov, Stephan Kümmel

B12 Undergraduate Research/SPS II ROOM: 271 UNDERGRADUATE Sponsor: SPS FED Chair: Brad Conrad, Society of Physics Students

B13 Many-Body Localized Quantum Systems ROOM: 272 Sponsor: DAMOP Chair: Sriram Ganeshan, Stony Brook University

B14 GSNP Student and Post-doctoral Speaker Awards Session ROOM: 273 PRIZE/AWARD Sponsor: GSNP Chair: Christian Santangelo, University of Massachusetts, Amherst

B15 Mechanics of Granular Materials ROOM: 274 Sponsor: GSNP GSOFT Chair: Bulbul Chakraborty, Brandeis University

B16 Mechanical Singularities in Soft Matter I ROOM: 275 Sponsor: GSOFT GSNP Chair: Joshua Dijkman, Wageningen University and Research

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B17 Liquid Crystals II: Topology and Defects R OOM: 276 Sponsor: GSOFT Chair: Linda Hirst, University of California - Merced

B18 Polymer Glasses: Formation, Aging, and Nonlinear Response ROOM: 277 Sponsor: DPOLY Chair: Laura Gray, Princeton University

B19 Progress in Quantum Simulation ROOM: 278-279 INVITED Sponsor: GQI DAMOP Chair: Ivan Deutsch, University of New Mexico Invited Speakers: Jay Gambetta, Nicolas Roch, Tobias Schaetz, Phil Richerme, Ana Maria Rey

B20 Frustration and Correlation: Theory R OOM: 280 Sponsor: DCMP Chair: David Parker, Oak Ridge National Laboratory

B21 Biopolymer Physics R OOM: 281-282 INVITED Sponsor: DPOLY DBIO Chair: Brad Olsen, MIT Invited Speakers: Andrew Spakowitz, Renko De Vries, Darrin Pochan, LaShanda Korley, Andrew Parnell

B22 Quantum Criticality and Novel Phases in f-electron Systems ROOM: N EW OR LEAN S TH EATER A I N V ITED Chair: Joe Thompson, Los Alamos National Laboratory Invited Speakers: William Gannon, Philipp Gegenwart, Emilian Marius Nica, Paul Canfield, Priscila Rosa

B23 From Isometry to Reality: Geometric principles, Mechanics, and Morphology of Thin Solid Structures ROOM: NEW OR LEAN S TH EATER B INVITED Sponsor: GSOFT GSNP Invited Speakers: Pascal Damman, John Gemmer, Michael Moshe, Eleni Katifori, Joseph Paulsen

B24 From Ballistic to Hydrodynamic Flow in Graphene ROOM: N EW OR LEAN S TH EATER C INVITED Chair: Eva Andrei, Rutgers University Invited Speakers: Shaowen Chen, Menyoung Lee, Leonid Levitov, Hu-Jong Lee, Philip Kim

B25 Chemical Physics of Multichromophores I ROOM: 288 FOCUS Sponsor: DCP Chair: Greg Scholes, Princeton University Invited Speakers: Alex Chin, Vanessa Huxter

B26 Chemical Physics of Hydrogen Bonding II ROOM: 289 FOCUS Sponsor: DCP Chair: Teresa Head-Gordon, University of California - Berkeley Invited Speakers: Marie-Pierre Gaigeot, Songi Han, Dor Ben-Amotz

B27 Semiconductors and the Hall Effect I. R OOM: 290 Sponsor: FIAP Chair: Jun Zhu, Penn State University

B28 Semiconductors: Thermal Transport and Characterization R OOM: 291 Sponsor: FIAP Chair: Matt Kim, QuantTera

B29 Frontiers in Computational Materials Science ROOM: 292 INVITED Chair: Alfredo Alexander-Katz, Massachusetts Institute of Technology Invited Speakers: Andrew Ferguson, Marivi Fernandez Serra, William Lester, Jr, Emily Carter, Alan Aspuru-Guzik

B30 Emerging 2D Materials: Phosphorene, Silicene, and Beyond ROOM: 293 FOCUS Sponsor: DMP Chair: Mark Hersam, Northwestern University Invited Speakers: Peide Ye

B31 Carbon Nanotubes and Related Materials: Physical and Chemical Propertes I ROOM: 294 FOCUS Sponsor: DMP Invited Speakers: Ming Zheng

B32 Field Effect Devices from 2D Materials ROOM: 295 FOCUS Sponsor: DMP Chair: Yaqing Bie, MIT Invited Speakers: Xinran Wang

B33 Valley and Spin Dependent Properties ROOM: 296 FOCUS Sponsor: DMP Chair: Keun-Su Kim, POSTECH Invited Speakers: Ziliang Ye

B34 Thermoelectrics - Sn-Se and Modeling ROOM: 297 FOCUS Sponsor: DMP GERA Chair: Chris Wolverton, Northwestern University Invited Speakers: Marco Fornari

B35 Experimental Techniques and Results: Static High Pressure Physics ROOM: 298 Sponsor: DCMP DMP

B36 Electronic and Transport Phenomena of Nanostructures I ROOM: 299 Sponsor: DMP DCMP Chair: David Strubbe, University of California, Merced

B37A Complex Oxide Interfaces and Heterostructures - Ruthenates, LaAlO3/SrTiO3 ROOM: 383 FOCUS Sponsor: DMP DCMP Chair: Ryan Comes, Auburn University Invited Speakers: Kyle Shen

B37B Competing Order in Correlated Electrons ROOM: 384 Sponsor: DCMP Chair: Jose Galvis, National High Magnetic Field Laboratory: Florida State University

B38 Fe-based Superconductors: Nematicity I ROOM: 385 FOCUS Sponsor: DMP Chair: Rebecca Flint, Ames Lab Invited Speakers: L. Degiorgi, Nicholas Curro

B39 Puzzles, History, and Reality TV; Physics Beyond the Classroom ROOM: 386 Sponsor: FOEP FHP FED

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B40 Jonathan F. Reichert and Barbara Wolff-Reichert Award for Excellence in Advanced Laboratory Instruction ROOM: 387 INVITED PRIZE/AWARD Sponsor: FED Invited Speakers: Richard Peterson, Melissa Eblen-Zayas, Eric Ayars, Joseph Kozminski, Ashley Carter

B41 Theory of Superconducting Cuprates R OOM: 388 Sponsor: DCMP Chair: Brian Moritz, SLAC

B42 Organic Spintronics R OOM: 389 FOCUSSponsor: GMAG DMP DCOMP FIAP Chair: Val Vardeny, University of Utah Invited Speakers: Hans Malissa

B43 Magnetic Spinel and Binary Oxide Films ROOM: 390 FOCUS Sponsor: GMAG DMP DCOMP Chair: Xiaoshan Xu, University of Nebraska

B44 Dirac and Weyl Semimetals: ARPES, STM and Theory ROOM: 391 FOCUS Sponsor: DMP Chair: Andreas Rost, Max Planck Institute Invited Speakers: Chen Fang

B45 Topological Materials: Thin Film R OOM: 392 FOCUS Sponsor: DMP Chair: Vikram Deshpande, University of Utah Invited Speakers: Sergey A. Medvedev

B46 Experimental Advances in Semiconducting QC ROOM: 393 FOCUS Sponsor: GQI Chair: Thaddeus Ladd, HRL Laboratories Invited Speakers: John Nichol

B47 Antiferromagnetic Heterostructures and Magnon Drag ROOM: 394 FOCUS Sponsor: GMAG DMP FIAP Chair: Benjamin Jungfleisch, Argonne National Laboratory Invited Speakers: Benedetta Flebus, Kai Chen

B48 Frustrated Magnetism: Spinels, Pyrochlores, and Frustrated 3D Magnets I R OOM: 395 Sponsor: GMAG DMP Chair: Martin Mourigal, Georgia Tech

B49 Active Matter: Recent Theoretical Advances ROOM: 396 INVITED Sponsor: DBIO GSNP GSOFT Chair: Yuhai Tu, IBM T. J. Watson Research Center Invited Speakers: Xiaqing Shi, Hugues Chate, Jorn Dunkel, Julien Tailleur, John Toner

B50 Magnetism in Curved Nanostructures and Nanowires ROOM: 397 FOCUS Sponsor: GMAG DMP Chair: Amalio Fernandez-Pacheco, University of Cambridge Invited Speakers: Robert Streubel

B51 Quantum Annealing: Architecture and Hardware ROOM: 398 FOCUS Sponsor: GQI Chair: William Oliver, MIT/Lincoln Lab Invited Speakers: Shruti Puri

B52 Quantum Characterization, Validation, and Verification ROOM: 399 Sponsor: GQI Chair: Marcus da Silva, Raytheon BBN

B53 Stress and Strain: Mental Health and Graduate School ROOM: 287 INVITED Sponsor: FGSA Invited Speakers: Andrea Welsh, Tarynn Witten, Angela Zalucha, Victor Schwartz

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B60 Meet Your Future: An Interactive Panel on Industry Careers NEW ORLEANS MARRIOT T, BALCONY IJK

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C1 Computational Discovery and Design of Novel Materials III ROOM: 260 FOCUS Sponsor: DMP DCOMP Chair: Risi Condor, University of Chicago Invited Speakers: Matthias Rupp

C2 Materials in Extremes I ROOM: 261 FOCUS Sponsor: DCOMP DMP SHOCK Chair: Ivan Oleynik, University of South Florida Invited Speakers: Sergei Simak

C4 Physics of the Cytoskeleton II ROOM: 263 FOCUS Sponsor: DBIO GSOFT Chair: Jennifer Ross, University of Massachusetts Amherst Invited Speakers: Margaret Gardel

C5 Evolutionary Dynamics of Genomes ROOM: 264 FOCUS Sponsor: DBIO Chair: Benjamin Greenbaum, Icahn School of Medicine, Mount Sinai Invited Speakers: Eugene Koonin, Erik Nimwegen

C6 Thin Films - Nanocomposites and Block Copolymers ROOM: 265 FOCUS Sponsor: DPOLY Chair: Muzhou Wang, Northwestern University Invited Speakers: Russell Composto

C7 Computational Physics at the Petascale & Beyond III ROOM: 266 FOCUS Sponsor: DCOMP DMP-DCMP DCP-DBIO Chair: Jack Deslippe, Lawerence Berkeley National Laboratory Invited Speakers: Lin Lin

C8 Quantum Many-Body Systems 2: Quantum Monte Carlo Methods ROOM: 267 Sponsor: DCOMP Chair: Thomas Maier, Oak Ridge National Lab

C9 Symposium Honoring Ed Kramer - Block Copolymers, Nanoparticles, and Conduction ROOM: 268 FOCUS Sponsor: DPOLY Chair: Rachel Segalman, University of California, Santa Barbara Invited Speakers: Richard Register

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C10 Polymer Nanocomposites - Dynamics From Segmental to Chain Scale R OOM: 269 FOCUS Sponsor: DPOLY Chair: Robert Riggleman, University of Pennsylvania Invited Speakers: Lynden Archer

C11 Polymers for Energy Storage and Conversion I ROOM: 270 FOCUS Sponsor: DPOLY Chair: Lisa Hall, Ohio State University Invited Speakers: Nitash Balsara

C12 Undergraduate Research/SPS III ROOM: 271 FOCUS UNDERGRADUATE Sponsor: SPS FED Chair: Brad Conrad, Society of Physics Students Invited Speakers: Nicholas Rivera

C13 Non-Equilibrium Physics with Ultracold Atoms II ROOM: 272 FOCUS Sponsor: DAMOP Chair: Fabian Grusdt, Harvard University Invited Speakers: Nir Navon

C14 Statistical Mechanics of Active Matter ROOM: 273 FOCUS Sponsor: GSNP DBIO Chair: Michael Sinhuber, Stanford University Invited Speakers: Nicholas Ouellette, Robin Selinger

C15 Extreme Mechanics of Shells R OOM: 274 FOCUS Sponsor: GSNP Chair: Francisco Jimenez, Massachusetts Institute of Technology Invited Speakers: Andrej Kosmrlj

C16 Mechanical Singularities in Soft Matter II ROOM: 275 FOCUS Sponsor: GSOFT GSNP Chair: Jasper van der Gucht, Wageningen University Invited Speakers: Jay Fineberg

C17 Self-Assembly I: Nanoparticles and Colloids ROOM: 276 Sponsor: GSOFT Chair: Greg van Anders, University of Michigan

C18 Physics of Bio-inspired Materials I R OOM: 277 FOCUS Sponsor: GSOFT DBIO Chair: Peter Yunker, Georgia Tech Invited Speakers: Peter Fratzl

C19 DMP/GMAG Awards Session ROOM: 278-279 INVITED PRIZE/AWARD Sponsor: DMP GMAG Chair: John Mitchell, Argonne National Laboratory Invited Speakers: Kate Ross, Paul Canfield, Deep Jariwala, Liang Wu, Heike Riel

C20 Heavy Fermions and Interacting f-electron Materials ROOM: 280 Sponsor: DCMP

C21 Flexible and Stretchable Organic Electronics ROOM: 281-282 INVITED Sponsor: DPOLY Chair: Bryan Boudouris Brian Collins, Purdue University, Washington State University Invited Speakers: Yueh-Lin Loo, Brendan O’Connor, George Malliaras, Darren Lipomi, Woo Jin Hyun

C22 Floquet Time Crystals ROOM: NEW ORLEANS THEATER A INVITED Sponsor: DCMP Chair: Sid Parameswaran, University of California, Irvine Invited Speakers: Curt von Keyserlingk, Dominic Else, Christopher Monroe, Norman Yao

C23 Discoveries on the Spectrum of Fluctuations Responsible for Superconductivity and Normal State Anomalies in Cuprates ROOM: NEW ORLEANS THEATER B INVITED Sponsor: DCMP Chair: Dunghai Lee, University of California, Berkeley Invited Speakers: Xingjiang Zhou, Chandra Varma, A.-M.S. Tremblay, David Hsieh, Fulvio Parmigiani

C24 Spin-Orbit Coupling at Interfaces: Blessing or Curse for Future Spintronic Devices? ROOM: NEW ORLEANS THEATER C INVITED Sponsor: GMAG Chair: Mark Stiles, NIST Invited Speakers: Dan Ralph, Vivek Amin, Kirill Belashchenko, J-Carlos ROJAS-SANCHEZ, Pietro Gambardella

C25 Advances in Molecular Dynamics Simulation: From Atomistic to Coarse Grained Models - II ROOM: 288 FOCUS Sponsor: DCP Chair: Joan-Emma Shea, University of California, Santa Barbara Invited Speakers: Francesco Paesani, Giulia Galli, Sharon Glotzer

C26 Theoretical Chemical Physics ROOM: 289 Sponsor: DCP Chair: Joel Yeun-Zhou, University of California, San Diego

C27 Electronic Structure ROOM: 290 Sponsor: FIAP Chair: Murali Kota, GlobalFoundries

C28 Dopants and Defects in Semiconductors II: Oxides ROOM: 291 FOCUS Sponsor: DMP FIAP DCOMP Chair: Zhigang Gui, University of Arkansas Invited Speakers: Matthew McCluskey

C29 Mesoscale Structure in Particulate-based Systems ROOM: 292 INVITED Sponsor: GSNP GSOFT Chair: Lou Kondic, New Jersey Institute of Techology Invited Speakers: Eric Clement, Jeffrey Morris, Iker Zuriguel, Danielle Bassett, Joshua Dijksman

C30 Emerging 2D Materials Beyond Graphene ROOM: 293 FOCUS Sponsor: DMP Chair: Boris Yakobson, Rice University Invited Speakers: Elton Santos

C31 Carbon Nanotubes and Related Materials: Physical and Chemical Propertes II ROOM: 294 FOCUS Sponsor: DMP Chair: Ming Zheng, NIST Invited Speakers: Hui-ming Cheng

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C32 2D Atomic Layer Hetero-devices R OOM: 295 FOCUS Sponsor: DMP Chair: Yu Ye, Peiking University Invited Speakers: Igor Aharonovich

C33 Excitons in Heterostructures R OOM: 296 FOCUS Sponsor: DMP Invited Speakers: Andreas Stier

C34 Thermal and Thermoelectric Transport - Theory and Modeling ROOM: 297 FOCUS Sponsor: DMP GERA DCOMP Chair: Marco Fornari Invited Speakers: Olivier Delaire

C35 Oxide Surfaces and Interfaces R OOM: 298 Sponsor: DCMP Chair: Phil Sprunger, Louisiana State University

C36 Electronic and Transport Phenomena of Nanostructures II R OOM: 299 Sponsor: DMP DCMP Chair: Paul Simmonds, Boise State University

C37A Dielectric and Ferroelectric Oxides I R OOM: 383 FOCUS Sponsor: DMP Invited Speakers: Sanghan Lee

C37B Theory of Quantum Critical and non-Fermi Liquid Behavior ROOM: 384 Sponsor: DCMP Chair: Andriy Nevidomskyy, Rice University

C38 Ultracold Atoms: Superfluidity and Matter Wave Interferometry R OOM: 385 Sponsor: DAMOP Chair: Alexey Gorshkov, University of Maryland

C39 Fe-based Superconductors: Tunneling & Spectroscopy ROOM: 386 FOCUS Sponsor: DMP Chair: Tatiana Webb, Harvard University Invited Speakers: Peter Wahl

C40 Pais Prize Session R OOM: 387 INVITED PRIZE/AWARD Sponsor: FHP Chair: Robert Crease, Stony Brook University Invited Speakers: Mary-Jo Nye, Allan Franklin, Richard Staley, Michael Nauenberg, Roger H. Stuewer

C41 Superconductivity: Phase Transition & Related ROOM: 388 Sponsor: DCMP Chair: Mike Osofsky, Naval Research Laboratory

C42 Semiconducting QC: Gates and Architectures ROOM: 389 Sponsor: GQI

C43 Multiferroic Oxides I R OOM: 390 FOCUS Sponsor: GMAG DMP DCOMP Chair: Steven Disseler, NIST Invited Speakers: Joosung Oh

C44 Dirac and Weyl Semimetals: Theory I ROOM: 391 FOCUS Sponsor: DMP Chair: Rahul Roy, University of California, Los Angeles Invited Speakers: Binghai Yan

C46 Superconducting Qubits: Control and Crosstalk ROOM: 393 Sponsor: GQI Chair: Benjamin Palmer, Laboratory for Physical Sciences

C47 Damping and Spin Polarization in Heusler Alloys ROOM: 394 FOCUS Sponsor: GMAG DMP FIAP Chair: Michelle Jamer, NIST Invited Speakers: Claudia Mewes

C48 Spin and Valley Dynamics in TMDs ROOM: 395 FOCUS Sponsor: GMAG DMP DCOMP FIAP Chair: Hanan Dery, University of Rochester Invited Speakers: Gang Wang

C49 Reinforced (By) Water ROOM: 396 INVITED Sponsor: GSOFT Invited Speakers: Xuanhe Zhao, Zhigang Suo, Ryan Hayward, Shu Yang, Robert Style

C50 Low-D and Molecular Magnetism II ROOM: 397 FOCUS Sponsor: GMAG DMP Chair: Mark Lundsen, ORNL Invited Speakers: Martin Mourigal

C51 Quantum Measurement and Feedback ROOM: 398 Sponsor: GQI Chair: Rusko Ruskov, Laboratory for Physical Sciences

C52 Quantum Foundations and Entanglement ROOM: 399 Sponsor: GQI Chair: Shelby Kimmel, University of Maryland

C53 From Physics Girl to the Physics Bus, Creating an Effective Voice for Physics in a Diverse Society ROOM: 287 INVITED OUTREACH Sponsor: FOEP Invited Speakers: Claire Fox, Dianna Cowern, Charles Falco, Amber Stuver, Melanie Dreyer-Lude

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D1 APS Prizes & Awards Ceremony ROOM: NEW ORLEANS THEATER B SPECIAL EVENT PRIZE/AWARD

D2 Building Your Undergraduate Physics Career ROOM: 303 C AREERS UNDERGRADUATE Sponsor: SPS FGSA

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D10 Welcome Reception ROOM: EXHIBIT HALL J SPECIAL EVENT

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D22 Special Outreach Session--Enabling Careers in Condensed Matter Physics: Federal Programs ROOM: NEW ORLEANS THEATER A C AREERS OUTREACH Sponsor: DCMP Chair: Tomasz Durakiewicz, National Science Foundation

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E1 Computational Discovery and Design of Novel Materials IV ROOM: 260 FOCUS Sponsor: DMP DCOMP Chair: Gabor Csanyi, University of Cambridge Invited Speakers: Simuck F. Yuk, Jaron T. Krogel, Valentino R. Cooper

E2 Materials in Extremes II R OOM: 261 FOCUS Sponsor: DCOMP DMP SHOCK Chair: Tim Germann, Los Alamos National Laboratory Invited Speakers: Margherita Citroni

E3 Physics of Liquids II -- Multicomponent and Charged Fluids ROOM: 262 Sponsor: GSOFT GSNP DCP Chair: Stephen Whitelam, Lawrence Berkeley National Laboratory

E4 Advances in Cellular and Multicellular Imaging ROOM: 263 FOCUS Sponsor: DBIO Chair: Ralf Bundschuh, The Ohio State University Invited Speakers: Comert Kural

E5 Physics at Bio-Nano Interface I R OOM: 264 FOCUS Sponsor: DBIO DPOLY Chair: Binquan Luan, IBM T. J. Watson Research Center Invited Speakers: Mark Reed

E6 Cell and Tissue Mechanics R OOM: 265 Sponsor: DBIO GSOFT Chair: Vernita Gordon, University of Texas

E7 First-Principles Modeling of Excited-State Phenomena I: Methodological Advances R OOM: 266 FOCUS Sponsor: DCOMP DCP DMP Chair: Volker Blum, Duke University Invited Speakers: Mark Hybertsen

E8 Quantum Many-Body Systems 3: Tensor Networks and Machine Learning for the Many-Body Problem ROOM: 267 Sponsor: DCOMP Chair: Julian Rincon, Perimeter Institute

E9 Glass Formation and Dynamics in Nanostructured Polymers and Glasses I R OOM: 268 FOCUS Sponsor: DPOLY GSOFT GSNP Chair: Connie Roth, Emory University Invited Speakers: Tianyi Liu, Gabriel Angrand, Ethan Glor, Zahra Fakhraai, Yue Zhang

E10 Polymer Nanocomposites Related to Optical and Plasmonic Properties R OOM: 269 FOCUS Sponsor: DPOLY Chair: Gholiang Liu, Virginia Tech Invited Speakers: Nicholas Kotov

E11 Organic Electronics - Applied Transport ROOM: 270 FOCUS Sponsor: DPOLY DMP Chair: Elizabeth von Hauff, Vrije University Amsterdam Invited Speakers: Erin Ratcliff

E12 Undergraduate Research/SPS IV ROOM: 271 UNDERGRADUATE Sponsor: SPS FED Chair: Crystal Bailey, American Physical Society

E13 Spin-Orbit Coupled Atomic Gases ROOM: 272 Sponsor: DAMOP Chair: Vito Scarola, Virginia Tech University

E14 Symmetries, Spatiotemporal Patterns and Synchronization ROOM: 273 FOCUS Sponsor: GSNP Chair: Takashia Nishikawa, Northwestern University Invited Speakers: Adilson Motter, Rajarshi Roy

E15 Extreme Mechanics ROOM: 274 Sponsor: GSNP Chair: Bryan Chen, University of Massachusetts Amherst

E16 Liquid Crystals III & Membranes, Vesicles & Miscelles I ROOM: 275 Sponsor: GSOFT Chair: Cheol Park, University of Colorado

E17 GSOFT Prize Session: Mechanics, Topology & Geometry ROOM: 276 FOCUS PRIZE/AWARD Sponsor: GSOFT Chair: Christina Marchetti, Syracuse University Invited Speakers: Pedro Reis, Christian Santangelo

E19 Thermalization and Many-Body Localization in Small Quantum Systems ROOM: 278-279 INVITED Sponsor: DAMOP Chair: Dries Sels, Boston University Invited Speakers: Adam Kaufman, Charles Neill, David Huse, David J. Luitz, Pranjal Bordia

E20 Superfluid Helium: Experiment ROOM: 280 Sponsor: DCMP Chair: Joe Serene, Georgetown University

E21 Polymer Physics Prize ROOM: HALL I -1 INVITED PRIZE/AWARD Sponsor: DPOLY Chair: Juan de Pablo, University of Chicago Invited Speakers: Monica Olvera De La Cruz, Juan J. de Pablo, Chad Mirkin, Ting Xu, Samuel Stupp

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E22 Nematicity and the Valley Degree of Freedom ROOM: NEW OR LEANS TH EATER A INVITED Sponsor: DCMP Chair: Steve Kivelson, Stanford University Invited Speakers: Allan MacDonald, Ali Yazdani, Siddharth Parameswaran, Zengwei Zhu, Alexey B. Kuzmenko

E23 Majorana States in Topological Superconductors ROOM: NEW OR LEAN S TH EATER B INVITED Sponsor: DCMP Chair: Andrei Bernevig, Princeton University Invited Speakers: Stephan Rachel, Dirk Morr, Stevan Nadj-Perge, Katharina J. Franke, Titus Neupert

E24 Spin Orbit Torques and Spin Waves ROOM: NEW OR LEANS TH EATER C INVITED Sponsor: GMAG Chair: Chris Hammel, Ohio State University Invited Speakers: Adekunle Adeyeye, Sergej Demokritov, Andrew D. Kent, Julie Grollier, Johan Akerman

E25 Chemical Physics of Multichromophores II ROOM: 288 FOCUS Sponsor: DCP Chair: Tim Berkelbach, University of Chicago Invited Speakers: Alan Aspuru-Guzik, Adam Willard, David Glowacki

E26 Chemical Physics of Hydrogen Bonding III ROOM: 289 FOCUS Sponsor: DCP Chair: Dor Ben-Amotz, Purdue University Invited Speakers: Huib J. Bakker, Mark Johnson

E27 Fractional Quantum Hall Effect II. R OOM: 290 Sponsor: FIAP Chair: Loren Pfeiffer, Princeton University

E28 Dopants and Defects in Semiconductors III: Complex Oxides ROOM: 291 FOCUS Sponsor: DMP FIAP DCOMP Chair: Matthew McCluskey, Washington State University Invited Speakers: Leigh Weston

E29 Jamming of Frictional and Non-spherical Particles ROOM: 292 INVITED Sponsor: GSNP Chair: Corey O’Hern, Yale University Invited Speakers: Dong Wang, Thibault Bertrand, Kabir Ramola, John Royer, Mark Shattuck

E30 2D Materials: Processing and Application ROOM: 293 FOCUS Sponsor: DMP Chair: Peide Ye, Purdue University Invited Speakers: Jiwoong Park, Mark Hersam

E31 Graphene: Dopants, Adatoms, and Adsorbates ROOM: 294 Sponsor: DCMP DMP Chair: Adam Friedman, US Naval Research Laboratory

E32 2D Complex Oxide Devices and Devices at Oxide Interfaces ROOM: 295 FOCUS Sponsor: DMP Chair: Xiaobo Yin, University of Colorado Boulder Invited Speakers: Harold Hwang, Qi-Kun Xue

E33 2D Heterostructures and Surface Effects ROOM: 296 Sponsor: DCMP Chair: Xiaoxiao Zhang, Stanford University

E34 Hybrid Organic-Inorganic Halide Perovskites III ROOM: 297 FOCUS Sponsor: DMP Chair: Oana Jurchescu, Wake Forest University Invited Speakers: David Cahen, Thomas Palstra

E35 Experiments and Results at High Pressure, Static and Dynamic ROOM: 298 Sponsor: DCMP DMP Chair: Maddury Somayazulu, Geophysical Laboratory

E36 Advances in Scanned Probe Microscopy I ROOM: 299 FOCUS Sponsor: GIMS Chair: Daniel Walkup, NIST Invited Speakers: Hilary Noad, Fereshte Ghahari

E37A Dielectric and Ferroelectric Oxides II ROOM: 383 FOCUS Sponsor: DMP DCMP Chair: David Singh, University of Missouri Invited Speakers: Bharat Jalan, Ivan Bozovic

E37B Exploring The Kondo Effect: Theory and Experiment ROOM: 384 Sponsor: DCMP GMAG Chair: Kefeng Wang, University of Maryland

E38 Superconductivity: Proximity Effect ROOM: 385 Sponsor: DCMP Chair: Joseph Prestigiacomo, Naval Research Laboratory

E39 Fe-based Superconductivity - 122 Structure Materials ROOM: 386 Sponsor: DMP DCMP Chair: Jannis Maiwald, University of Augsburg

E40 60 Years since BCS and 30 Years since Woodstock ROOM: 387 INVITED Sponsor: FHP Chair: Brian Schwartz, City University of New York Invited Speakers: Piers Coleman, Paul Grant, Richard Greene, Douglas Scalapino, Isaac F. Silvera

E41 Time-Resolved and Static Photoemission in Superconductors ROOM: 388 Sponsor: DCMP Chair: Alexander Kemper, North Carolina State University

E42 Magnetic Materials for Semiconductor Spintronics ROOM: 389 FOCUS Sponsor: GMAG DMP DCOMP FIAP Chair: Zeke Johnston-Halperin, Ohio State University

E43 Spin Orbit Physics in Oxides II ROOM: 390 FOCUS Sponsor: GMAG DMP DCOMP Chair: Alex Thaler, Oak Ridge National Lab Invited Speakers: Xiaoyu Deng

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E44 Dirac and Weyl Semimetals: Optics I R OOM: 391 Sponsor: DMP Chair: Ching-Kit Chan, University of California, Los Angeles

E45 Topological Materials: Synthesis and Characterization -- Magnetic Thin Film R OOM: 392 FOCUS Sponsor: DMP Chair: Sergy Medevedev, Max Planck Institute Invited Speakers: Andrew L. Yeats

E46 Remote Entanglement with Superconducting Qubits ROOM: 393 FOCUS Sponsor: GQI Invited Speakers: Shyam Shankar

E47 Frontiers in Magnetic Imaging R OOM: 394 FOCUS Sponsor: GMAG DMP FIAP Chair: Barry Zink, University of Denver Invited Speakers: Gregory Fuchs

E48 Frustrated Magnetism: Pyrochlores R OOM: 395 FOCUS Sponsor: GMAG DMP Chair: Kate Ross, Colorado State Invited Speakers: Jeffrey Rau

E49 DBIO Delbruck Award Session ROOM: 396 INVITED PRIZE/AWARD Sponsor: DBIO Chair: Ilya Nemenman, Emory University Invited Speakers: Thomas H\”ofer, Aleksandra Walczak, Arup Chakraborty, Leor Weinberger, Alan S. Perelson

E50 Magnetic Nanoparticles and Nanostructures ROOM: 397 FOCUS Sponsor: GMAG DMP Chair: Dario Arena, University of South Florida Invited Speakers: David Sellmyer

E51 Readout in Superconducting Qubits: Parametric and Novel Measurements R OOM: 398 FOCUS Sponsor: GQI Chair: Leonardo Ranzani, Raytheon BBN Technologies Invited Speakers: Kevin O’Brien

E52 Semiconductor Qubits: Quantum Dot Readout and Sensing ROOM: 399 FOCUS Sponsor: GQI Chair: Ferdinand Keummeth, University of Copenhagen Invited Speakers: Yinyu Liu

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F1 Computational Discovery and Design of Novel Materials V ROOM: 260 FOCUS Sponsor: DMP DCOMP Chair: Valentino Cooper, ORNL Invited Speakers: Noa Marom

F2 Materials in Extremes III R OOM: 261 FOCUS Sponsor: DCOMP DMP SHOCK Chair: Mitchell Wood, Sandia National Laboratories Invited Speakers: Brian Barnes

F3 Topological Phases in Three Dimensions R OOM: 262 Sponsor: DCMP Chair: Ching-Kai Chiu, University of Maryland

F4 Physics of Genome Organization: from DNA to Chromatin I ROOM: 263 FOCUS Sponsor: DBIO GSNP Chair: Alexandre Morozov, Rutgers University Invited Speakers: Paul Wiggins, Alexandra Zidovska

F5 Physics at Bio-Nano Interface II ROOM: 264 FOCUS Sponsor: DBIO DPOLY Chair: Binquan Luan, IBM T. J. Watson Research Center Invited Speakers: Ruhong Zhou

F6 The Structure and Dynamics of Confined Biopolymers ROOM: 265 FOCUS Sponsor: DBIO DPOLY Chair: Greg Morrison, University of Houston Invited Speakers: Greg Morrison

F7 First-Principles Modeling of Excited-State Phenomena II: Computational Advances ROOM: 266 FOCUS Sponsor: DCOMP DCP DMP Chair: William Huhn, Duke University Invited Speakers: Fabien Bruneval

F8 Electrons, Phonons, and Electron Phonon Scattering I ROOM: 267 FOCUS Sponsor: DCOMP Chair: Anderson Janotti, University of Delaware Invited Speakers: Francesco Mauri

F9 Multimodal Characterization of Soft Materials in Complex Environments II ROOM: 268 FOCUS Sponsor: DPOLY Chair: Matthew Tirrell, University of Chicago Invited Speakers: Manolis Doxastakis

F10 Ion Containing Polymers - The Role of Structure and Dynamics I ROOM: 269 FOCUS Sponsor: DPOLY GSNP Chair: Thomas Epps III, University of Delaware Invited Speakers: Michael Hickner

F11 Physics of Natural Polymers, Polymer Hybrids, and Assemblies ROOM: 270 FOCUS Sponsor: DPOLY Chair: Bradley Olsen, MIT Invited Speakers: Daniel Savin

F12 Natural Pattern Formation and Earth’s Climate System ROOM: 271 FOCUS Sponsor: GPC GSNP Chair: Mary Silber, University of Chicago Invited Speakers: B. B. Cael, Predrag Popovic

F13 Non-Equilibrium Physics with Ultracold Atoms III ROOM: 272 FOCUS Sponsor: DAMOP Chair: Ehud Altman, University of California, Berkekely Invited Speakers: Christof Weitenberg

F14 Jamming of Particulate Matter II ROOM: 273 Sponsor: GSNP GSOFT Chair: Mark Shattuck, CCNY

F15 Population Ecology and Evolutionary Dynamics ROOM: 274 FOCUS Sponsor: GSNP DBIO Chair: Marek Cieplak, Institute of Physics, Polish Academy of Science Invited Speakers: Andrew Noble

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F16 Membranes, Vesicles and Miscelles II R OOM: 275 Sponsor: GSOFT Chair: Elizabeth Mann, Kent State University

F17 Organization of Soft Materials Far from Equilibrium ROOM: 276 FOCUS Sponsor: GSOFT GSNP Chair: Roy Beck, Tel Aviv University Invited Speakers: Rebecca Schulman

F18 Padden Award Symposium R OOM: 277 PRIZE/AWARD Sponsor: DPOLY Chair: Darrin Pochan, University of Delaware

F19 DCOMP Metropolis Award Session: Electric Polarization and Novel Routes to Ferroelectricity ROOM: 278-279 INVITED PRIZE/AWARD Sponsor: DCOMP DCMP Chair: David Vanderbilt, Rutgers University Invited Speakers: Raffaele Resta, Shi Liu, Kevin F. Garrity, Philippe Ghosez, Xifan Wu

F20 URu2Si2 and Other Actinides R OOM: 280 Sponsor: DCMP GMAG Chair: Pegor Aynajian, SUNY Binghamton

F21 Polymer Rheology - Flexibility, Charge and Extensibility ROOM: 281-282 INVITED Sponsor: DPOLY Chair: Vivek Sharma, University of Illinois at Chicago Invited Speakers: Ralph Colby, Matthew Tirrell, Charles Schroeder, Ronald Larson, Paulo Arratia

F22 New developments in the Study of 3D Dirac and Weyl semimetals R OOM: N EW OR LEANS THEATER A INVITED Sponsor: DCMP Chair: Arun Bansil, Northeastern University Invited Speakers: Hsin Lin, Zhong Fang, Zhiqiang Mao, Qiang Li, Adam Kaminski

F23 Frontiers of Spectroscopy & Topological Materials: DCMP and IUPAP Prize Session ROOM: NEW OR LEAN S TH EATER B INVITED PRIZE/AWARDSponsor: DCMP Chair: Alan MacDonald, University of Texas Invited Speakers: Cui-Zu Chang, Claudia Felser, Barry Bradlyn, Eli Rotenberg, Stephen Kevan

F24 Graphene Spintronics ROOM: NEW OR LEAN S TH EATER C INVITED Sponsor: GMAG Chair: Roland Kawakami, Ohio State University Invited Speakers: bart van wees, Simranjeet Singh, Felix Casanova, Bernd Beschoten, Ivan Brihuega

F25 Chemical Physics of Multichromophores III ROOM: 288 FOCUS Sponsor: DCP Chair: David Reichman, Columbia University Invited Speakers: Gabriela Schlau-Cohen, Roland Mitric

F26 Advances in Molecular Dynamics Simulation: From Atomistic to Coarse Grained Models - III ROOM: 289 FOCUS Sponsor: DCP Chair: Angel Garcia, Los Alamos National Laboratory Invited Speakers: Frank Noe, Arthur Voter

F27 Semiconductors and the Hall Effect II. ROOM: 290 Sponsor: FIAP Chair: Ali Yazdani, Princeton University

F28 Dopants and Defects in Semiconductors IV: Nitrides ROOM: 291 FOCUS Sponsor: DMP FIAP DCOMP Chair: Nicholas Harmon, University of Iowa Invited Speakers: Klaus Irmscher

F29 Industrial Physics Forum: Physics in the Industrial World ROOM: 292 INVITED Sponsor: FIAP Invited Speakers: James McBride, Matthias Steffen, Clark Dever, Sameer Pendharker, Brian Wilfley

F31 Quantum Transport ROOM: 294 FOCUS Sponsor: DMP DCMP Chair: Xiaodong Xu, University of Washington Invited Speakers: Alberto Morpurgo, Artem Mishchenko

F32 Optoelectronic Devices from 2D Materials ROOM: 295 FOCUS Sponsor: DMP Chair: Scott Crooker, LANL Invited Speakers: Paola Barbara

F33 Edge States and Nanoribbons of 2D Materials ROOM: 296 Sponsor: DCMP Chair: Ben Chuang, US Naval Research Laboratory

F34 Thermal Transport ROOM: 297 FOCUS Sponsor: DMP DCMP Chair: Olivier Delaire, Duke University Invited Speakers: Gregory A. Fiete

F35 Surface Science of Organic Molecular Solids, Films, and Nanostructures I ROOM: 298 FOCUS Sponsor: DMP Invited Speakers: Trisha Andrew

F36 Neutron, X-Rays and Scattering ROOM: 299 Sponsor: GIMS

F37A Complex Oxide Interfaces and Heterostructures - Stannates, Superconductivity ROOM: 383 FOCUS Sponsor: DMP Chair: Adam Kaminsky, Ames Laboratory and University of Iowa Invited Speakers: Daniel Phelan

F37B Correlations and Topology: Theory and Calculation ROOM: 384 Sponsor: DCMP Chair: Maxim Dzero, Kent State University

F38 Energy Storage: Ionic Conductors, Electrolyte, Electrolyte Interfaces ROOM: 385 Sponsor: GERA Chair: Michelle Johannes, NRL

F39 Superconductivity: Vortices and Pinning ROOM: 386 Sponsor: DCMP Chair: Tom Lemberger, Ohio State University

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F40 Patterns of Network Synchronization ROOM: 387 INVITED Sponsor: GSNP Chair: Adilson Motter, Northwestern University Invited Speakers: Louis Pecora, Takashi Nishikawa, Steven Schiff, Alex Arenas, Istvan Kiss

F41 Mainly Theory of Topological Effects in Superconductors R OOM: 388 Sponsor: DCMP Chair: Martin Claassen, Stanford University

F42 Spin Transport in Quantum Dots and Nanowires ROOM: 389 FOCUS Sponsor: GMAG DMP DCOMP FIAP Chair: Bernhard Urbaszek, CNRS Toulouse Invited Speakers: Emma Schmidgall

F43 Multiferroic Oxide Heterostructures R OOM: 390 FOCUS Sponsor: GMAG DMP DCOMP Chair: T. Zac Ward, Oak Ridge National Laboratory Invited Speakers: Shuai Dong

F44 Dirac and Weyl Semimetals: STM R OOM: 391 FOCUS Sponsor: DMP Chair: Jiunhaw Chu, University of Washington Invited Speakers: haim beidenkopf

F45 Realization of Kitaev Chain R OOM: 392 FOCUS Sponsor: DMP GMAG Invited Speakers: Erik Bakkers, Moïra Hocevar, Sergey Frolov, Zhaoen Su, Hao Wu, Sebastien Plissard, Diana Car

F46 Continuous Measurements and Non-commuting Observables ROOM: 393 FOCUS Sponsor: GQI Chair: Alexander Korotkov, University of California at Riverside Invited Speakers: Shay Hacohen-Gourgy, Benjamin Huard

F47 Spin-Orbit Torque I R OOM: 394 FOCUS Sponsor: GMAG DMP FIAP Chair: Guoqiang Yu, UCLA Invited Speakers: Christopher Marrows

F48 Frustrated Magnetism: Triangular Lattices ROOM: 395 FOCUS Sponsor: GMAG DMP Chair: Gregory MacDougall, University of Illinois Urbana-Champaign Invited Speakers: Ioannis Rousochatzakis

F49 Preparing Physics Students for 21st Century Careers ROOM: 396 INVITED C AREERS UNDERGRADUATE Sponsor: FED Invited Speakers: Laurie McNeil, Sandeep Giri, Karen Magee-Sauer, Kathryn Svinarich, Theodore Hodapp

F50 Spin-Orbit Mediated Chiral Spin Textures I ROOM: 397 FOCUS Sponsor: GMAG DMP Chair: Jiadong Zang, University of New Hampshire Invited Speakers: Anjan Soumyanarayanan

F51 Parametric and Multimode Interactions in Superconducting Devices ROOM: 398 FOCUS Sponsor: GQI Chair: Raymond Simmonds , National Institute of Standards and Technology Invited Speakers: Srivatsan Chakram

F52 Semiconducting QC: Charge Noise and Electrical Control ROOM: 399 Sponsor: GQI Chair: Michael Stewart, NIST

F53 Biological Materials Self-Assembly ROOM: 287 INVITED Sponsor: GSOFT DBIO Chair: Jens Glaser Patrick Charbonneau, University of Michigan, Duke University Invited Speakers: Andela Saric, John Grime, Faik Tezcan, Jonathan Doye, Gevorg Grigoryan

T U E S D A Y , M A R C H 1 4 1 2 : 3 0 P M

F60 Graduate Student Lunch with the Experts ROOM: HALL I -1

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G1 Poster Session I ROOM: EXHIBIT HALL J POSTER

T U E S D A Y , M A R C H 1 4 2 : 3 0 P M

H1 Computational Discovery and Design of Novel Materials VI ROOM: 260 FOCUS Sponsor: DMP DCOMP Chair: Matthias Rupp, FHI Invited Speakers: Chris Wolverton

H2 Materials in Extremes IV ROOM: 261 FOCUS Sponsor: DCOMP DMP SHOCK Chair: Brian Barnes, Army Research Laboratory Invited Speakers: Jennifer Gottfried

H3 Symmetry Protected Topological Phases ROOM: 262 Sponsor: DCMP Chair: dong-Ling Deng, University of Maryland

H4 Specificity, Recognition and Coding in Biology ROOM: 263 FOCUS Sponsor: DBIO GSNP Chair: Arvind Murugan, University of Chicago Invited Speakers: Anders Hansen, Ann Hermundstad

H5 Bacterial Populations - Interactions and Growth ROOM: 264 Sponsor: DBIO Chair: Jeff Gore, MIT

H6 Polymer Nanocomposites with Crystallizable Components and Fiber Reinforcement ROOM: 265 Sponsor: DPOLY Chair: Praveen Agarwal, Dow Chemical, Inc.

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H7 First-Principles Modeling of Excited-State Phenomena III: TDDFT ROOM: 266 FOCUS Sponsor: DCOMP DCP DMP Chair: Andre Schleife, University of Illinois at Urbana-Champaign Invited Speakers: Alfredo A. Correa

H8 Electrons, Phonons, and Electron Phonon Scattering II ROOM: 267 FOCUS Sponsor: DCOMP Chair: Baowen Li, University of Colorado Boulder Invited Speakers: Wenqing Zhang

H9 Multimodal Characterization of Soft Materials in Complex Environments III R OOM: 268 Sponsor: DPOLY Chair: Wei Chen, ANL

H10 Physics of Polymer Surfaces and Interfaces I ROOM: 269 FOCUS Sponsor: DPOLY GSOFT Chair: Julie Albert, Tulane University Invited Speakers: Anish Tuteja

H11 Organic Electronics - Organic Photovoltaics ROOM: 270 FOCUS Sponsor: DPOLY DMP Chair: Brian Collins, Washington State University Invited Speakers: Koen Vandewal, Natalie Banerji

H12 Swimming, Motility and Locomotion R OOM: 271 Sponsor: DFD GSNP

H13 Dynamical and Chaotic Quantum Systems R OOM: 272 Sponsor: DAMOP Chair: Kaden Hazzard, Rice University

H14 Collective Dynamics: Fluid Physics of Life ROOM: 273 FOCUS Sponsor: GSNP DBIO Chair: Nicholas Ouellette, Stanford University Invited Speakers: Eberhard Bodenschatz

H15 Complex Networks and their Applications R OOM: 274 Sponsor: GSNP Chair: Jason Hindes, Naval Research Lab

H16 Physics of Bio-inspired Materials II R OOM: 275 FOCUS Sponsor: GSOFT DBIO Chair: Megan Valentine, University of California, Santa Barbara Invited Speakers: Emmanouela Filippidi

H17 Out of Equilibrium Colloids and Gels R OOM: 276 Sponsor: GSOFT Chair: Jennifer Schwarz, Syracuse University

H18 Function from Geometry: 3D Printing to Programmable Matter I R OOM: 277 FOCUS Sponsor: GSOFT DPOLY GSNP FIAP Chair: Pierre-Thomas Brun, MIT Invited Speakers: Hillel Aharoni

H19 Calculating Optical Properties from First Principles ROOM: 278-279 INVITED Sponsor: DCOMP Chair: Audrius Alkauskas, Center for Physical Sciences and Technology Vilnius, Lithuania Invited Speakers: Steven G. Louie, Emmanouil Kioupakis, Sahar Sharifzadeh, Yannick Gillet, Lin-Wang Wang

H20 Cerium 115 Compounds ROOM: 280 Sponsor: DCMP GMAG Chair: Nicholas Butch, NIST

H21 Extreme Events in a Changing Climate ROOM: 281-282 INVITED Sponsor: GPC DFD GSNP Chair: Brad Marston, Brown University Invited Speakers: Eric Vanden-Eijnden, Karen McKinnon, Michael Mann, Adam Sobel, Jennifer Francis

H22 Spectroscopy of Majorana States in Solids ROOM: NEW ORLEANS THEATER A INVITED Sponsor: DCMP Chair: Ali Yazdani, Princeton University Invited Speakers: Leo Kouwenhoven, Erwann Bocquillon, Jinfeng Jia, Charles Marcus, Leonid Glazman

H23 Stripe and Bubble Phases in a Two-dimensional Electron Gas: Recent Developments ROOM: NEW ORLEANS THEATER B INVITED Sponsor: DCMP Chair: Lloyd Engel, NHMFL Invited Speakers: Gabor Cathy, M. A. Mueed, Jurgen Smet, Qianhui Shi, Eduardo Fradkin

H24 Dillon Medal Symposium ROOM: NEW ORLEANS THEATER C FOCUS PRIZE/AWARDSponsor: DPOLY Chair: Timothy Lodge, University of Minnesota Invited Speakers: Moon Jeong Park

H25 JCP Editor’s Choice Session ROOM: 288 INVITED Sponsor: DCP Chair: Tim Zwier, Purdue University Invited Speakers: Katharina Vollmayr-Lee, Thomas Elsaesser, Spiridoula Matsika, Hiroaki Yoshida, Paul Brumer

H26 Semiconducting QC: Spin Qubit Growth & Materials ROOM: 289 Sponsor: GQI Chair: Matt Borselli, HRL Laboratories

H27 Optical, Laser and High Frequency Devices ROOM: 290 Sponsor: FIAP Chair: Jeff Naughton, Boston College

H28 Semiconductor Processing and Devices for Application ROOM: 291 Sponsor: FIAP Chair: Todd Brintlinger, Naval Research Laboratory

H29 Role of Measurements and Instrumentation in Advancing Industry and Applied Physics ROOM: 292 INVITED Sponsor: FIAP GIMS Chair: Dave Seiler, Angie Hight-Walker, NIST Invited Speakers: Kent Rochford, James Hollenhorst, Frederick Pinkerton, Luigi Colombo, Thomas Tiwald

H30 Magnetism in 2D Materials I ROOM: 293 FOCUS Sponsor: DMP GMAG Chair: Diana Qiu, University of California, Berkeley Invited Speakers: Di Xiao

H31 Properties of Bilayer Graphene ROOM: 294 Sponsor: DCMP DMP Chair: Cory Cress, US Naval Research Laboratory

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H32 Excitonic Devices from 2D Materials ROOM: 295 FOCUS Sponsor: DMP Chair: Baowen Li, University of Colorado, Boulder Invited Speakers: Scott Crooker

H33 Plasmons and Photocurrets in 2D Materials ROOM: 296 Sponsor: DCMP Chair: Steven Bennett, Naval Research Laboratory

H34 Thermal Transport - Photonic and Nano Effects ROOM: 297 FOCUS Sponsor: DMP GERA Chair: Jon Malen Invited Speakers: Pavlo Zolotavin

H35 Surfaces; Morphology, Growth, and Phases ROOM: 298 Sponsor: DCMP Chair: Ted Einstein, University of Maryland

H36 Advances in Scanned Probe Microscopy II ROOM: 299 FOCUS Sponsor: GIMS Chair: Christopher Gutierrez, NIST Invited Speakers: Peter Grutter

H37A Dielectric and Ferroelectric Oxides III ROOM: 383 FOCUS Sponsor: DMP Invited Speakers: Jiri Hlinka

H37B Normal State Properties of Superconductors ROOM: 384 Sponsor: DCMP Chair: Andrew Wray, New York University

H38 Beyond Li-ion Batteries / Heat engines R OOM: 385 Sponsor: GERA Chair: Raymond Osborn, ANL

H39 Novel Superconductors I R OOM: 386 Sponsor: DCMP Chair: Jim Eckstein, University of Illinois

H40 Soft Excitations in Glasses and Jammed Solids ROOM: 387 INVITED Sponsor: GSOFT GSNP Invited Speakers: Mark Ediger, Frances Hellman, Pierfrancesco Urbani, Emanuela Del Gado, Silvio Franz

H41 Fe-based Superconductors: FeSe R OOM: 388 FOCUS Sponsor: DMP Chair: Maxim Korshunov, Kirensky Institute of Physics, Federal Research Center KSC SB RAS Invited Speakers: Bernd Buechner

H42 Advances in Digital Quantum Simulation ROOM: 389 FOCUS Sponsor: GQI Chair: Sergio Boixo, Google, Inc. Invited Speakers: Seth Lloyd

H43 Multiferroic Oxides II R OOM: 390 FOCUS Sponsor: GMAG DMP DCOMP Chair: Colin Heikes, NIST

H44 Dirac and Weyl Semimetals: Theory II ROOM: 391 Sponsor: DMP Chair: Zhoushen Huang, Los Alamos National Laboratory

H45 Topological Josephson Junction ROOM: 392 FOCUS Sponsor: DMP Chair: James Williams, University of Maryland Invited Speakers: Peter Krogstrup, Dmitry Pikulin, Dominique Laroche, Micha\l{} Nowak, Ruben van Gulik, Attila Geresdi, Jesper Nyg\r{a}rd, Dani\”{e}l Bouman, David van Woerkom, Leo Kouwenhoven, Alex Proutski, Charles Marcus

H46 3D Integration and Packaging of Superconducting Qubits ROOM: 393 Sponsor: GQI

H47 Spin Seebeck and Spin Nernst Effects ROOM: 394 FOCUS Sponsor: GMAG DMP FIAP Chair: Hailong Wang, Penn State University Invited Speakers: Timo Kuschel, Eiji Saitoh, Sebastian Goennenwein

H48 Single-Spin Systems in Semiconductors ROOM: 395 FOCUS Sponsor: GMAG DMP DCOMP FIAP Chair: Greg Fuchs, Cornell University Invited Speakers: Brian Zhou

H49 Physical Perspectives on the Microbiota of Humans and other Animals ROOM: 396 INVITED Sponsor: DBIO Invited Speakers: Katharina Ribbeck, Pankaj Mehta, Ned Wingreen, Terence Hwa, Jeff Gore

H50 Single-Molecule Magnets and Q-bits ROOM: 397 FOCUS Sponsor: GMAG DMP Chair: Stephen Hill, NHMFL-FSU Invited Speakers: Liviu Chibotaru

H51 Parametric, Novel, & Strong Coupling of Superconducting Circuits ROOM: 398 Sponsor: GQI Chair: David Schuster , University of Chicago

H52 Quantum Simulation: Topology & Chemistry ROOM: 399 FOCUS Sponsor: GQI Chair: Ryan Babbush, Google, Inc. Invited Speakers: Emmanuel Flurin

H53 The New (and Future) Faculty Workshop in Three Hours ROOM: 287 INVITED Sponsor: FEd Chair: John Stewart, West Virginia University Invited Speakers: Robert Hilborn, Bruce Mason, Michael Dubson, M. Manher Jariwala, Bennett Goldberg

T U E S D A Y , M A R C H 1 4 4 : 3 0 P M

J1 Meet the Editors of APS Reception ROOM: HALL I -2 EDITORIAL EVENTS Sponsor: APS

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J2 Student Reception and Awards Ceremony ROOM: HALL I -1 PRIZE/AWARD UNDERGRADUATE Sponsor: SPS FGSA

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J21 DPOLY Business Meeting R OOM: 281-282 BUSINESS Sponsor: DPOLY

J19 GPC Business Meeting R OOM: 278-279 BUSINESS Sponsor: GPC

J15 GSNP Business Meeting R OOM: 274 BUSINESS Sponsor: GSNP

J25 DCP Business Meeting R OOM: 288 BUSINESS Sponsor: DCP

J36 GIMS Business Meeting R OOM: 299 BUSINESS Sponsor: GIMS

J46 GQI Business Meeting R OOM: 393 BUSINESS Sponsor: GQI

J49 DBIO Business Meeting R OOM: 396 BUSINESS Sponsor: DBIO

J50 GMAG Business Meeting R OOM: 397 BUSINESS Sponsor: GMAG

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J54 FOEP Business Meeting & Outreach Happy Hour GORDON BIERSCH BREWER Y, 200 PO YDRAS STSponsor: FOEP

T U E S D A Y , M A R C H 1 4 6 : 4 5 P M

J51 NSF Question and Answer Session on Polymers and Soft Matter ROOM: 281-282 Sponsor: DPOLY GSOFT

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J60 DCMP Business Meeting NEW ORLEANS MARRIOT T, REGENT BUSINESS

Sponsor: DCMPJ61 DMP Business Meeting

NEW ORLEANS MARRIOT T, BACCHUS BUSINESSSponsor: DMP

T U E S D A Y , M A R C H 1 4 7 : 3 0 P M

J62 DCOMP Business Meeting NEW ORLEANS MARRIOT T, IBERVILLE BUSINESS Sponsor: DCOMP

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K1 Van der Waals Bonding in Advanced Materials I ROOM: 260 FOCUS Sponsor: DMP DCOMP Chair: Valentino R. Cooper, Oak Ridge National Laboratory Invited Speakers: Jin-Ho Choi

K2 Materials in Extremes V R OOM: 261 FOCUS Sponsor: DCOMP DMP SHOCK Chair: Stephane Mazavet, Observatoire de Paris Invited Speakers: Christopher Ticknor

K3 Novel Topological Materials R OOM: 262 Sponsor: DCMP Chair: Tauno Palomaki, University of Washington

K4 Active Living Matter R OOM: 263 Sponsor: DBIO GSOFT GSNP Chair: Julien Tailleur, Université Paris-Diderot

K5 Physical Properties of Bacterial Cytoplasm ROOM: 264 FOCUS Sponsor: GSNP DBIO Chair: ChristineSamina Masood, University of Houston, Clear Lake Invited Speakers: Brad Parry

K6 Physics of Proteins Association and Recognition I ROOM: 265 FOCUS Sponsor: DBIO DPOLY Chair: Loren Hough, University of Colorado Invited Speakers: Huan-Xiang Zhou

K7 First-Principles Modeling of Excited State Phenomena IV: Molecular Systems and Singlet Fission ROOM: 266 FOCUS Sponsor: DCOMP DMP DCP Chair: Noa Marom, Carnegie Mellon University Invited Speakers: Oleg Prezhdo

K8 Electrons, Phonons, and Electron Phonon Scattering III ROOM: 267 FOCUS Sponsor: DCOMP Chair: Oliver Albertini, Georgetown University Invited Speakers: Karthik Krishnaswamy

K9 Glass Formation and Dynamics in Nanostructured Polymers and Glasses II R OOM: 268 FOCUS Sponsor: DPOLY GSOFT GSNP Chair: David Simmons, University of Akron Invited Speakers: Kenneth Schweizer

K10 Ion Containing Polymers - The Role of Structure and Dynamics II ROOM: 269 FOCUS Sponsor: DPOLY GSNP Chair: Christopher Soles, NIST Invited Speakers: Eric Davis, Bradley Frieberg, Gery Stafford, Kirt Page, Christopher Stafford, Christopher Soles

K11 Organic Electronics - Processing, Structure, Function ROOM: 270 Sponsor: DPOLY DMP Chair: Dean DeLongchamp, NIST

K12 Topics in Physics Education ROOM: 271 Sponsor: FED Chair: John Stewart, West Virginia University

K13 Topological States in AMO Systems ROOM: 272 FOCUS Sponsor: DAMOP Chair: Norman Yao, University of California, Berkekely Invited Speakers: Klaus Sengstock

K14 Mechanical Metamaterials I ROOM: 273 FOCUS Sponsor: GSNP GSOFT Chair: Martin van Hecke, Kamerlingh Onnes Lab Invited Speakers: Corentin Coulais

K15 Complex phases: Colloids and Quasicrystals ROOM: 274 FOCUS Sponsor: GSNP DMP GSOFT Chair: Peter Olmsted, Georgetown Universtity Invited Speakers: Joshua Socolar

K16 Mechanics and Non-linear Rheology of Soft Gels I ROOM: 275 Sponsor: GSOFT Chair: Fred Mackintosh, Rice University

K17 Knotting in Filaments and Fields ROOM: 276 FOCUS Sponsor: GSOFT Chair: Mark Dennis, University of Bristol Invited Speakers: Stu Whittington

K18 Polymeric Membranes - Water Purification ROOM: 277 FOCUS Sponsor: DPOLY Chair: Rafael Verduzco, Rice University Invited Speakers: Suzana Nunes

K19 Interfacing Solid State/nano Physics with Atomic Systems ROOM: 278-279 INVITED Sponsor: DAMOP Chair: Yong Chen, Purdue University Invited Speakers: Chen-Lung Hung, Darrick Chang, Robert McDermott, Benjamin Lev, Jonathan Keeling

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K20 Topological Phases: Theory R OOM: 280 Sponsor: DCMP Chair: Wei Cheng Lee, SUNY Binghamton

K21 Keithley Award Session ROOM: 281-282 INVITED PRIZE/AWARD Sponsor: GIMS Chair: Angela Hight-Walker, NIST Invited Speakers: Alec Sandy, Peter Denes, David Shapiro, Gabriella Carini, Andrew Minor

K22 Spins in Solids for Quantum Information Processing ROOM: NEW OR LEAN S TH EATER A INVITED Sponsor: GQI Chair: David Awschalom, University of Chicago Invited Speakers: Ronald Hanson, Paul Klimov, Michelle Simmons, Joerg Wrachtrup, Fedor Jelezko

K23 Novel Surface and Bulk States in Topological Kondo Insulators ROOM: NEW OR LEANS TH EATER B INVITED Sponsor: DCMP Chair: James Analytis, University of California, Berkeley Invited Speakers: Shiyan Li, Suchitra Sebastian, Matthias Vojta, Yasuyuki Nakajima, Maxim Dzero

K24 Spectroscopic Signatures of Fractionalized Excitations in Quantum Magnets ROOM: NEW OR LEAN S TH EATER C INVITED Sponsor: DCMP GMAG Chair: Ioannis Rousochatzakis, University of Minnesota Invited Speakers: Gábor Halász, Johannes Knolle, Natalia Perkins, Luke Sandilands, Peter Lemmens

K25 Advances in Molecular Dynamics Simulation: From Atomistic to Coarse-Grained Model - IVs ROOM: 288 FOCUS Sponsor: DCP Chair: Gregory Voth, University of Chicago Invited Speakers: Monica Olvera De La Cruz, Edward Lyman, William Noid

K26 Chemical Physics of Hydrogen Bonding IV R OOM: 289 Sponsor: DCP Chair: Huib Bakker, AMOLF, The Netherlands

K27 Fractional Quantum Hall Effect III. R OOM: 290 Sponsor: FIAP Chair: Robert Wilett, Bell Laboratories

K28 Dopants and Defects in Semiconductors V: Solar and Detector Materials R OOM: 291 FOCUS Sponsor: DMP FIAP DCOMP Chair: David Scanlon, UCL Invited Speakers: Yanfa Yan

K29 Physics Leading the Frontier of Genomics and Applications R OOM: 292 INVITED INDUSTRY Sponsor: DBIO FIAP Invited Speakers: Massimiliano Di Ventra, Xinsheng Sean Ling, Tapio Ala-Nissila, Gang Bao, Meni Wanunu

K30 Transition Metal Dichalcogenides: Processing and Applications R OOM: 293 FOCUS Sponsor: DMP Chair: Abhay Pasupathy, Columbia University Invited Speakers: Andras Kis

K31 THz and Ultrafast Measurements in 2D Materials ROOM: 294 Sponsor: DCMP DMP Chair: Abdel El Fatimy, Georgetown University

K32 Phosphorus Devices and Device Physics ROOM: 295 FOCUS Sponsor: DMP Chair: Yu Ye, Peiking University Invited Speakers: Yuanbo Zhang

K33 Computational Discovery & Design of Novel Materials VIII ROOM: 296 FOCUS Sponsor: DMP DCOMP Chair: Anatole von Lilienfeld, University of Basel Invited Speakers: Eva Zurek

K34 Hybrid Organic-Inorganic Halide Perovskites I ROOM: 297 FOCUS Sponsor: DMP Chair: Feliciano Giustino, University of Oxford Invited Speakers: Andrew Rappe

K35 Electronic Structure of Surfaces ROOM: 298 Sponsor: DCMP Chair: Dan Dougherty, North Carolina State University

K36 Novel Photonic and Optical Phenomena in Nanostructured Materials ROOM: 299 Sponsor: DCMP DMP Chair: Parveen Kumar, University of California, Merced

K37A Complex Oxide Interfaces and Heterostructures - Oxide 2-DEGs ROOM: 383 FOCUS Sponsor: DMP DCMP Chair: Bharat Jalan, University of Minnesota Invited Speakers: Masachi Kawasaki

K37B Metal Insulator Phase Transitions II: Experiment ROOM: 384 Sponsor: DCMP Chair: Tiglet Besara, National High Magnetic Field Laboratory: Florida State University

K38 Photocatalysis, Water Splitting and CO2 Reduction ROOM: 385 Sponsor: GERA Chair: Jeff Neaton, LBNL

K39 Superconductivity: Neutrons and Spin Resonance ROOM: 386 Sponsor: DCMP Chair: Takeshi Egami, University of Tennessee

K40 Designed Polymer Surfaces for Adhesion, Release, Self-Cleaning, Anti-Fouling, and other Applications ROOM: 387 INVITED Sponsor: DPOLY GSOFT Chair: Tirtha Chatterjee, Dow Chemical Co. Invited Speakers: Kenneth Shull, Rachel Segalman, Mark Sonnenschein, Alfred Crosby, Ali Dhinojwala

K41 Mainly Spectroscopic Probes of CDW Phases in Cuprates ROOM: 388 Sponsor: DCMP Chair: Michael Sentef, Hamburg University

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K42 Tutorial for Authors and Referees ROOM: 389 EDITORIAL EVENTS Sponsor: APS

K43 Spin Orbit Physics in Oxides III R OOM: 390 FOCUS Sponsor: GMAG DMP DCOMP Chair: Jack Simonson, Farmingdale State College Invited Speakers: Stephen Wilson, Shixiong Zhang

K44 Dirac and Weyl Semimetals: Transport II ROOM: 391 FOCUS Sponsor: DMP Chair: Ni Ni, University of California, Los Angeles Invited Speakers: Shuang Jia

K45 Topological Materials: Synthesis and Characterization -- Other Materials R OOM: 392 FOCUS Sponsor: DMP Chair: Andrew Yeats, Univ of Chicago Invited Speakers: Natalia Drichko

K46 Quantum Gates in Superconducting Qubits ROOM: 393 FOCUS Sponsor: GQI Invited Speakers: David McKay

K47 Magnons and Magnonic Devices R OOM: 394 FOCUS Sponsor: GMAG DMP FIAP Chair: Sergei Urazhdin, Emory University Invited Speakers: Jing Shi

K48 Spin Transport in Topological Insulators ROOM: 395 FOCUS Sponsor: GMAG DMP DCOMP FIAP Chair: Nitin Samarth, Pennsylvania State University Invited Speakers: Hailong Wang

K49 Physics of Neural Network Dynamics in the Brain ROOM: 396 INVITED Sponsor: GSNP DBIO Chair: Jin Wang, State University of New York at Stony Brook Invited Speakers: Charles Stevens, anthony zador, Jin Wang, Bo Li, Giancarlo La Camera

K50 Nanomagnets R OOM: 397 FOCUS Sponsor: GMAG DMP Chair: Julie Karel, Monash University Invited Speakers: Hans Nembach

K51 Decoherence and Defects in Superconducting Circuits ROOM: 398 FOCUS Sponsor: GQI Chair: Kevin Osborn, Laboratory for Physical Sciences Invited Speakers: Yaniv Rosen

K52 Thermodynamics and Thermalization in Quantum Information Theory R OOM: 399 FOCUS Sponsor: GQI GSNP Chair: Dibyendu Mandal, University of California, Berkeley Invited Speakers: Eric Lutz Wednesday, MarCH 15 10:45 AM

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K60 Meet the Editors of APS Coffee Break ROOM: EXHIBIT HALL J EDITORIAL Sponsor: APS

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L1 Van der Waals Bonding in Advanced Materials II ROOM: 260 FOCUS Sponsor: DMP DCOMP Chair: Santosh KC, Oak Ridge National Laboratory Invited Speakers: Alex Zettl

L2 Materials in Extremes VI ROOM: 261 FOCUS Sponsor: DCOMP DMP SHOCK Chair: Ricky Chau, Lawrence Livermore National Laboratory Invited Speakers: Darren Pagan

L3 Experiments on Quantum Anomalous Hall Effects and 3D Topological Insulators ROOM: 262 Sponsor: DCMP Chair: Fan Zhang, University of Texas, Dallas

L4 Physics of Genome Organization: from DNA to Chromatin II ROOM: 263 FOCUS Sponsor: DBIO GSOFT g Chair: Leonid Mirny, MIT Invited Speakers: Helmut Schiessel, Alexander Grosberg

L5 Physics of Behavior ROOM: 264 Sponsor: DBIO Chair: Greg Stephens, Vrije Universiteit Amsterdam

L6 Bring Order from Disorder with Intrinsically Disordered Proteins ROOM: 265 FOCUS Sponsor: DBIO DPOLY Chair: Aihua Xie, Oklahoma State University Invited Speakers: A. Keith Dunker, Sarah Bondos

L7 First-Principles Modeling of Excited State Phenomena V: Low-Dimensional Systems ROOM: 266 FOCUS Sponsor: DCOMP DMP DCP Chair: Johannes Lischner, Imperial College London Invited Speakers: Claudia Draxl

L8 Electrons, Phonons, and Electron Phonon Scattering IV ROOM: 267 FOCUS Sponsor: DCOMP Chair: Matthieu Verstraete, University of Liege Invited Speakers: Baowen Li

L9 Mechanical Patterning in Cells and Tissues ROOM: 268 FOCUS Sponsor: DBIO Chair: Andras Czirok, University of Kansas Medical Center Invited Speakers: Zoltan Neufeld

L10 Principles of Cellular Remodeling ROOM: 269 FOCUS Sponsor: DBIO Chair: Megan Valentine, University of California, Santa Barbara Invited Speakers: Juan Carlos del Alamo

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L11 Actinides and Complex Metals R OOM: 270 Sponsor: DCOMP Chair: Shruba Gangopadhyay, University of California, Davis

L12 Drops, Bubbles and Interfaces I R OOM: 271 Sponsor: DFD

L13 Topological States in AMO Systems II R OOM: 272 Sponsor: DAMOP Chair: Ferdinand Brenneke, Universität Bonn, Germany

L14 Insulators and Dielectrics: Properties and Defects ROOM: 273 Sponsor: DCMP Chair: Joshua Pomeroy, NIST

L16 Superconductivity: Spin Triplet R OOM: 275 Sponsor: DMP DCMP Chair: Maria Gastiasoro, Niels Bohr Institute

L18 Energy - Renewable and Sustainable ROOM: 277 INVITED Sponsor: GERA Chair: Talat Rahman, University of Central Florida Invited Speakers: Nancy Haegel, Alex Puretzky, David Mooney, Duy Le, Steve Visco

L19 Atoms and Molecules in Cavities ROOM: 278-279 INVITED Sponsor: DAMOP Chair: Benjamin Lev, Stanford University Invited Speakers: Stephane Kena-Cohen, Corinna Kollath, Manuele Landini, Andreas Hemmerich, Lukas Buchmann

L20 Correlated Electron Magnetism: Theory R OOM: 280 Sponsor: DCMP GMAG Chair: Hyowon Park, University of Illinois at Chicago

L21 1144 Iron Based Superconductors ROOM: 281-282 INVITED Sponsor: DCMP Chair: Paul C. Canfield, Ames Lab Invited Speakers: Akira Iyo, Guang-Han Cao, Sergey L. Bud’ko, Hermann Suderow, Ilya Eremin

L22 Physics For Everyone ROOM: NEW OR LEANS TH EATER A INVITED Sponsor: DMP Chair: Amanda Petford-Long, Argonne National Laboratory Invited Speakers: Marc Walton, Pupa Gilbert, Charles Falco, Paul Halpern, Volker Rose

L23 Interplay of Magnetism, Superconductivity and Unconventional Order in Heavy Fermion Materials ROOM: NEW OR LEAN S TH EATER B INVITED Sponsor: GMAG Chair: Pengcheng Dai, [email protected] Invited Speakers: STEPHANE RAYMOND, Chris Stock, J. D. Thompson, Andriy Nevidomskyy, Rebecca Flint

L24 Frontiers in Theory: Joint DCMP/DCOMP/GSNP Prize Session ROOM: NEW OR LEAN S TH EATER C INVITED PRIZE/AWARD Sponsor: DCMP GSNP DCOMP Chair: Andy Millis, Columbia University Invited Speakers: Natan Andrei, Xiao-Gang Wen, Paul Wiegmann, Sauro Succi, Alexei Kitaev

L25 Chemical Physics of Multichromophores IV ROOM: 288 FOCUS Sponsor: DCP Chair: Greg Scholes Invited Speakers: Joel Zhou, Garry Rumbles, Pierre Darancet

L26 Advances in Density Functional Theory and Applications ROOM: 289 Sponsor: DCP Chair: Spiridoula Matsika, Temple University

L27 Semiconductors and the Hall Effect III. ROOM: 290 Sponsor: FIAP Chair: J Heremans, Virginia Tech

L28 Dopants and Defects in Semiconductors VI: Compound and 2D Semiconductors ROOM: 291 FOCUS Sponsor: DMP FIAP DCOMP Chair: Leigh Weston, University of California, Santa Barbara Invited Speakers: Nicholas R Jungwirth

L29 FIAP Plenary: Physics that Changed the World ROOM: 292 INVITED INDUSTRY Sponsor: FIAP Invited Speakers: Steven Denbaars, James Wynne, Paul Bottomley, Mildred Dresselhaus, Steven Chu

L30 Transition Metal Dichalcogenides: Synthesis and Characterization ROOM: 293 FOCUS Sponsor: DMP Chair: Andras Kis, Ecole Polytechnique Federale de Lausanne Invited Speakers: Abhay Pasupathy

L31 Superconductivity and Correlated States in 2D Materials I ROOM: 294 FOCUS Sponsor: DMP Chair: Masahiro Ishigami, University of Central Florida Invited Speakers: Kin Fai Mak

L32 2D Materials and Device Characterizations ROOM: 295 FOCUS Sponsor: DMP Chair: Ziliang Ye, Stanford University Invited Speakers: Neil Wilson

L33 Graphene: Synthesis and Nanoribbons ROOM: 296 FOCUS Sponsor: DMP Chair: Patrick Gallagher, Stanford University Invited Speakers: Rohit Karnik

L34 Thermal Transport Modeling - Novel Approaches ROOM: 297 FOCUS Sponsor: DMP GERA DCOMP Chair: Maria Chan, Argonne National Laboratory Invited Speakers: Stefano Baroni, Andrea Cepellotti

L35 General Contributed: Theory and Simulations of Materials in Extreme Conditions ROOM: 298 Sponsor: DCMP DCOMP Chair: Jeffrey McMahon, Washington State University

L36 Instrumentation and Measurements I ROOM: 299 Sponsor: GIMS

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L37A Dielectric and Ferroelectric Oxides IV ROOM: 383 FOCUS Sponsor: DMP Chair: Tomas Zac Ward, Oak Ridge National Laboratory Invited Speakers: Zuo-Guang Ye

L37B Complex Oxide Interfaces and Heterostructures - Nickelates, Vanadates and VO2 R OOM: 384 FOCUS Sponsor: DMP DCMP Chair: Anand Bhattacharya, Argonne National Laboratory Invited Speakers: George Sawatzky

L38 Li-ion Batteries: Advanced Characterization and Modeling ROOM: 385 Sponsor: GERA Chair: Ilkyu Lee, Stanford University

L39 Fe-based Superconductors: Orbital Effects and Nematicity ROOM: 386 FOCUS Sponsor: DMP Chair: Lilia Boeri, TU Gratz Invited Speakers: Maxim Khodas

L40 How to Get a Job: Preparing for a Career in Physics ROOM: 387 INVITED C AREERS Sponsor: FED Invited Speakers: Crystal Bailey, Patrick Mulvey, Michael Cherry, Gregory Mack, Gregory Meisner

L41 Theory of Superconductivity R OOM: 388 Sponsor: DCMP Chair: Khadijeh (Sona) Najafi, Georgetown University

L42 Advances in Analog Quantum Simulation ROOM: 389 FOCUS Sponsor: GQI Chair: Phil Richerme, Indiana University Invited Speakers: Alexey Gorshkov

L43 Manganites and Cobaltites R OOM: 390 FOCUS Sponsor: GMAG DMP DCOMP Chair: Daniel Phelan, Argonne National Laboratory

L44 Dirac and Weyl Semimetals: ARPES R OOM: 391 FOCUS Sponsor: DMP Chair: Dan S. Dessau, University of Colorado, Boulder Invited Speakers: Suyang Xu

L45 Superconducting Topological Insulator ROOM: 392 FOCUS Sponsor: DMP Chair: Johnpierre Paglione, University of Maryland Invited Speakers: J. F. Jia

L46 Quantum Gates in Superconducting Qubits Continued ROOM: 393 FOCUS Sponsor: GQI Invited Speakers: Xiaoyue Jin

L47 Spin-Orbit Torque II R OOM: 394 FOCUS Sponsor: GMAG DMP FIAP Chair: Joseph Sklenar, University of Illinois at Urbana-Champaign Invited Speakers: Mingzhong Wu

L48 Frustrated Magnetism: Spin Ice R OOM: 395 FOCUS Sponsor: GMAG DMP Chair: Claudio Castelnovo, Cambridge University Invited Speakers: Sian Dutton, Zhiling Dun

L49 Valley, Spin and Topological Physics ROOM: 396 FOCUS Sponsor: DMP GMAG DCMP Chair: Alberto Morpurgo, University of Geneva Invited Speakers: xiaodong xu, Keun Su Kim

L50 Spin-Orbit Mediated Chiral Spin Textures II ROOM: 397 FOCUS Sponsor: GMAG DMP Chair: Anjan Soumyanarayanan, Nanyang Technological University Invited Speakers: Jiadong Zang

L51 Decoherence and Defects in Superconducting Circuits Continued ROOM: 398 Sponsor: GQI Chair: Frederick Wellstood, University of Maryland

L52 Statistics of Ensemble Quantum Systems ROOM: 399 Sponsor: GQI GSNP Chair: Oren Raz, University of Maryland, College Park

L53 Viral Capsid Assembly by Structural Biology and Simulations ROOM: 287 INVITED Sponsor: DCMP DBIO Chair: Bo Chen, University of Central Florida Invited Speakers: Bo Chen, Greg Voth, Tatyana Polenova, Peijun Zhang, Rebecca Craven

M1 Poster Session II ROOM: EXHIBIT HALL J POSTER

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L60 Careers in Physics Workshop: Putting Your Science to Work NEW ORLEANS MARRIOT T, GALERIE 2-3 C AREERS Sponsor: FIAP

W E D N E S D A Y , M A R C H 1 5 2 : 3 0 P M

P0 Kavli Symposium: Quantum Matter and Quantum Information ROOM: EXHIBIT HALL INVITED SPECIAL EVENT Sponsor: APS Chair: William Halperin Invited Speakers: F. D. M. Haldane, J Michael Kosterlitz, Kathryn Moler, Dale Van Harlingen, Andrew Cleland, Michel Devoret

P1 Van der Waals Bonding in Advanced Materials III ROOM: 260 FOCUS Sponsor: DMP DCOMP Chair: Timo Thonhauser, Wake Forest University Invited Speakers: John P. Perdew

P2 Materials in Extremes VII ROOM: 261 FOCUS Sponsor: DCOMP DMP SHOCK Chair: Jon Belof, Lawrence Livermore National Laboratory Invited Speakers: Malcolm McMahon

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P3 Topological Insulators: Nanostructures and Heterostructures R OOM: 262 Sponsor: DCMP Chair: H, Kang L. Wang, University of California, Los Angeles

P4 Physics of Polymer Surfaces and Interfaces II ROOM: 263 FOCUS Sponsor: DPOLY GSOFT Chair: Rob Hickey, Penn State University Invited Speakers: Azar Alizadeh

P5 Non-equilibrium Dynamics of Neural Circuits ROOM: 264 FOCUS Sponsor: DBIO GSNP Chair: Tatyana Sharpee, Salk Institute Invited Speakers: Sara A Solla, Kenneth Miller

P6 Virus Capsid Protein Dynamics R OOM: 265 FOCUS Sponsor: DBIO Chair: Wei Wang, Nanjing University, Nanjing, China Invited Speakers: Angela Gronenborn, Pedro J de Pablo

P7 First-Principles Modeling of Excited State Phenomena VI: Semiconductors and Oxides R OOM: 266 FOCUS Sponsor: DCOMP DMP DCP Chair: Emmanouil Kioupakis, University of Michigan Invited Speakers: Sohrab Ismail-Beigi

P8 Electrons, Phonons, and Electron Phonon Scattering V ROOM: 267 Sponsor: DCOMP Chair: Francesco Mauri, University of Roma

P9 Architectural Design of Polymers I R OOM: 268 FOCUS Sponsor: DPOLY Chair: Gila Stein, University of Tennessee Invited Speakers: Sergei S. Sheiko

P10 Morphology Evolution and Structure-Property Relationship in Multicomponent Curing Systems ROOM: 269 FOCUS Sponsor: DPOLY Chair: Jodi Mecca, Dow Chemical Co. Invited Speakers: Marc Hillmyer, Rujul Mehta

P11 Polymers for Energy Storage and Conversion II ROOM: 270 FOCUS Sponsor: DPOLY Chair: Lisa Hall, Ohio State University Invited Speakers: Rafael Verduzco

P12 Drops, Bubbles and Interfaces II R OOM: 271 Sponsor: DFD

P13 Topological and Dynamical Phenomena in AMO Systems ROOM: 272 Sponsor: DAMOP Chair: Yi Li, Johns Hopkins University

P14 Mechanical Metamaterials II R OOM: 273 Sponsor: GSNP GSOFT Chair: Katia Bertoli, Harvard University

P15 Granular Matter R OOM: 274 Sponsor: GSNP GSOFT Chair: Abe Clark, Yale University

P16 Active Matter Under Confinement I ROOM: 275 Sponsor: GSOFT DBIO GSNP Chair: Yaouen Fily, Brandeis University

P17 Self-Assembly II ROOM: 276 Sponsor: GSOFT Chair: Tony Dinsmore, Univ. of Mass Amherst

P18 Mechanics and Non-linear Rheology of Soft Gels II ROOM: 277 FOCUS Sponsor: GSOFT Chair: Emanuela Del Gado, Georgetown University Invited Speakers: Thibaut Divoux

P19 Ultracold Atoms: BECs, Interactions & Optical Lattices ROOM: 278-279 Sponsor: DAMOP Chair: Adam Kaufman, Harvard University

P20 Charge Density Waves ROOM: 280 Sponsor: DCMP Chair: Kim Modic, Max Planck Institute

P21 Soft Tribute to John Cahn ROOM: 281-282 INVITED Sponsor: DPOLY GSNP Chair: Kalman Migler, NIST Invited Speakers: James Warren, Joao Cabral, Goran Ungar, James Langer, Charles Han

P22 Condensed Matter Research at Global Muon Facilities ROOM: NEW ORLEANS THEATER A INVITED Sponsor: FIP Chair: Jason Gardner, National Synchrotron Radiation Research Center, Taiwan Invited Speakers: Graeme Luke, Elvezio Morenzoni, Jun Sugiyama, Helena Vieira Alberto, Amit Keren

P23 Novel 2D Semiconductors ROOM: NEW ORLEANS THEATER B FOCUS Sponsor: DMP Chair: Mahesh Neupane, Army Research Laboratory Invited Speakers: Ali Javey

P25 DCP Prize Session ROOM: 288 FOCUS PRIZE/AWARD Sponsor: DCP Chair: David Nesbitt, University of Colorado Invited Speakers: Yuval Shagam, Emily Carter, Albert Stolow

P26 Computational Discovery and Design of Novel Materials VII ROOM: 289 FOCUS Sponsor: DCMP DCOMP Chair: Chris van de Walle, UCSB Invited Speakers: Darshana Wickramaratne

P27 Semiconductors: Electrical Transport ROOM: 290 Sponsor: FIAP Chair: Ernesto Marinero, Perdue University

P28 Dopants and Defects in Semiconductors VII ROOM: 291 FOCUS Sponsor: DMP FIAP DCOMP Chair: Joel Varley, Lawrence Livermore National Laboratory Invited Speakers: Anderson Janotti

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P29 Lab to Product: the Marketplace ROOM: 292 INVITED INDUSTRY Sponsor: FIAP Invited Speakers: John Murphy, William McGann, Carlos A. Paz de Araujo, John Dallasasse, John Tolle

P30 Transition Metal Dichalcogenides: Optical Properties ROOM: 293 FOCUS Sponsor: DMP Chair: Manish Chhowalla, Rutgers University Invited Speakers: Jie Shan

P31 Magnetism in 2D Materials II R OOM: 294 FOCUS Sponsor: DMP Chair: Efren Navarro-Moratalla, Massachusetts Institute of Technology Invited Speakers: Dave Mandrus

P32 Mechanical Properties and Micromechanical Devices from 2D Materials R OOM: 295 Sponsor: DMP Chair: Paola Barbara, Georgetown University

P33 Transport in Graphene R OOM: 296 Sponsor: DCMP Chair: Jinglei Ping, University of Pennsylvania

P34 Nanoscale Charge Transport R OOM: 297 FOCUS Sponsor: DMP DCMP Chair: Pierre Darancet, Argonne National Laboratory Invited Speakers: Andrew Wong, Minliang Lai, Naomi Ginsberg, Peidong Yang, Samuel Eaton, Connor Bischak, Yi Yu, Letian Dou, Qiao Kong, Keith Nelson

P35 Surface Science of Organic Molecular Solids, Films, and Nanostructures II R OOM: 298 FOCUS Sponsor: DMP Chair: Kristen Burson, Hamilton College Invited Speakers: Changgan Zeng

P36 Instrumentation and Measurements II R OOM: 299 Sponsor: GIMS

P37A Dielectric and Ferroelectric Oxides V ROOM: 383 FOCUS Sponsor: DMP Chair: Sang Cheong, Rutgers University Invited Speakers: Charles Paillard

P37B Quantum Critical Point and non-Fermi-Liquid ROOM: 384 Sponsor: DCMP GMAG Chair: Sheng Ran, University of California, San Diego

P38 Perovskite Solar Cell R OOM: 385 Sponsor: GERA Chair: Maria Chan, ANL

P39 Superconductivity: Mesoscopic & Related R OOM: 386 Sponsor: DCMP Chair: Barbara Jones, IBM Research

P40 Women in Physics: Understanding and Improving the Climate ROOM: 387 INVITED DIVERSIT Y Sponsor: CSWP Chair: Kerstin Nordstrom, Mount Holyoke College Invited Speakers: Ramon Barthelemy, Gloria Lim, Felicia Mensah

P41 Fe-based Superconductors: Theory and Computational ROOM: 388 FOCUS Sponsor: DMP Chair: Roser Valenti, University of Frankfurt Invited Speakers: Ruslan Prozorov

P42 Spin Transport in Graphene ROOM: 389 FOCUS Sponsor: GMAG DMP DCOMP FIAP Chair: Olaf van ‘t Erve, Naval Research Laboratory

P43 Manganite Films ROOM: 390 FOCUS Sponsor: GMAG DMP DCOMP Chair: Steven May, Drexel University Invited Speakers: Elke Arenholz

P44 Dirac and Weyl Semimetals: Theory III ROOM: 391 Sponsor: DMP Chair: Wei Zhu, Los Alamos National Laboratory

P45 Majorana Nanowire Based Topological Devices ROOM: 392 FOCUS Sponsor: DMP Invited Speakers: Jason Alicea

P46 Implementing Quantum Algorithms in Experimental Systems ROOM: 393 FOCUS Sponsor: GQI Chair: John Martinis , Google and UC Santa Barbara Invited Speakers: Rami Barends, Leo DiCarlo

P47 Spin Transport and Topology ROOM: 394 FOCUS Sponsor: GMAG DMP FIAP Chair: Eric Edwards, NIST Boulder Invited Speakers: Julie Karel, kouta kondou

P48 Frustrated Magnetism: Quantum Spin Ice ROOM: 395 FOCUS Sponsor: GMAG DMP Chair: Shigeki Onoda, RIKEN Invited Speakers: Radu Coldea, N. Peter Armitage

P49 Semiconductor Single Photon Sources ROOM: 396 Sponsor: GQI DCMP Chair: Andrey A. Kiselev, HRL Laboratories

P50 Spin Chains and Quasi-Low-D Molecular Magnets ROOM: 397 FOCUS Sponsor: GMAG DMP Chair: Christopher Landee, Clark University Invited Speakers: Igor Zaliznyak

P51 Novel Superconducting Circuit Readout & Qubit Systems ROOM: 398 Sponsor: GQI Chair: Robert Schoelkopf, Yale University

P52 NV Centers and Spin Ensembles ROOM: 399 FOCUS Sponsor: GQI Chair: Trond Andersen, Harvard University Invited Speakers: Christopher G. Yale, Audrey Bienfait



Q0 FIAP Business Meeting R OOM: 292 BUSINESS Sponsor: FIAP

Q1 LGBT Roundtable on Improving the Climate in Physics for LGBTQ+ Physicists MARRIOT T, GALER I E 4 DIVERSIT Y


Q11 GERA Business Meeting R OOM: 385 BUSINESS Sponsor: GERA

Q12 GSOFT Business Meeting R OOM: 271 BUSINESS Sponsor: GSOFT

Q20 GMED Business Meeting R OOM: 280 BUSINESS Sponsor: GMED


Q2 National Society of Black Physicists and National Society of Hispanic Physicists Meetup NEW ORLEANS MAR R I OT T, R EGEN T DIVERSIT Y Sponsor: COM


Q3 Public Lecture: The Physics and Materials Science of Superheroes R OOM: H ALL I -1 SPECIAL EVENT OUTREACH Sponsor: FOEP APS Invited Speakers: James Kakalios


Q4 Diversity Networking Reception NEW ORLEANS MAR R I OT T, GALER I E 1 DIVERSIT Y Sponsor: COM CSWP


Q10 A Staged Reading of the Play: Moving Bodies NEW ORLEANS MAR R I OT T, MARDI GRAS BALLR OOM S ALON A-C SPECIAL EVENT OUTREACH Sponsor: FHP FPS


Q25 Rock ‘n’ Roll Physics Sing-Along NEW ORLEANS MAR R I OT T, GALER I E 3

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R1 Van der Waals Bonding in Advanced Materials IV ROOM: 260 Sponsor: DMP DCOMP Chair: Alexandre Tkatchenko, Fritz Haber Institute

R2 Materials in Extremes VIII R OOM: 261 FOCUS Sponsor: DCOMP DMP SHOCK Chair: Abigail Hunter, LANL Invited Speakers: Jonathan Belof

R3 Theory and Experiment on Three-Dimensional Topological Insulators R OOM: 262 Sponsor: DCMP Chair: Xiao Li, University of Maryland

R4 Physics of Proteins Association and Recognition II ROOM: 263 FOCUS Sponsor: DBIO DPOLY Chair: Margaret Cheung, University of Houston Invited Speakers: Margaret Cheung

R5 Physics of Neural Systems R OOM: 264 Sponsor: DBIO Chair: David Hofmann, Emory University

R6 Polymer Melts and Solutions R OOM: 265 Sponsor: DPOLY Chair: Guruswamy Kumaraswamy, CSIR-NCL

R7 First-Principles Modeling of Excited State Phenomena VII: Phonons and Electron Dynamics ROOM: 266 FOCUS Sponsor: DCOMP DMP DCP Chair: Peihong Zhang, SUNY Buffalo Invited Speakers: Bartomeu Monserrat

R9 Architectural Design of Polymers II ROOM: 268 FOCUS Sponsor: DPOLY Chair: Bryan Beckingham, Auburn University Invited Speakers: David Wu

R10 Polyelectrolyte Complexation R OOM: 269 Sponsor: DPOLY Chair: Debra Audus, NIST

R11 Polymer Crystallization Under Confinement ROOM: 270 FOCUS Sponsor: DPOLY Chair: George Floudas, University of Ioannina Invited Speakers: G\”{u}nter Reiter

R12 Flow of Complex Fluids R OOM: 271 Sponsor: DFD

T h u r s d a y , M a r c h 1 6

R13 Interfacing AMO with Solid State Systems: Architectures and Characterization ROOM: 272 Sponsor: DAMOP GQI Chair: Ania Jayich, University of California, Santa Barbara

R14 Active Matter and Self-propelled Particles ROOM: 273 Sponsor: GSNP Chair: Aparna Baskaran, Brandeis University

R15 Chaos and Nonlinear Dynamics ROOM: 274 Sponsor: GSNP Chair: Cichel Pleimling, Virginia Tech University

R16 Friction, Deformation, and Fracture ROOM: 275 Sponsor: GSOFT Chair: Zeb Rocklin, Cornell University

R17 Colloids I: Scattering, Microscopy and Optical Traps ROOM: 276 Sponsor: GSOFT Chair: Vinothan Manoharan, Harvard University

R18 Polymers Adsorbed onto Solids - Interplay Among Structures, Dynamics, and Properties I ROOM: 277 Sponsor: DPOLY Chair: Bulent Akgun, Bogazici University

R19 Novel Magnetism and Correlated States in Ultracold Atomic Systems ROOM: 278-279 INVITED Sponsor: DAMOP Invited Speakers: Martin Zwierlein, Bruno Laburthe-Tolra, Ferdinand Brennecke, Markus Greiner, Christian Gross

R20 Exotic Condensates and Helium ROOM: 280 Sponsor: DCMP Chair: James A. Sauls, northwestern University

R21 Polymer Glasses in Confinement and Deformation ROOM: 281-282 INVITED Sponsor: DPOLY Chair: Connie Roth, Emory University Invited Speakers: Jorg Baschnagel, Sindee Simon, Francis Starr, Joerg Rottler, James Caruthers

R22 Unification of Topological Insulators and the Half-filled Landau Level ROOM: NEW ORLEANS THEATER A INVITED Sponsor: DCMP Chair: Olexei Motrunich, California Institute of Technology Invited Speakers: Max Metlitski, Dam Son, Roger Mong, Mansour Shayegan, Nathan Seiberg

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R23 Charge and Heat Transport at the Nanoscale ROOM: NEW OR LEANS TH EATER B INVITED Sponsor: DCMP Chair: Charles Stafford, University of Arizona Invited Speakers: Fabian Menges, Pramod Reddy, Dorri Halbertal, Katja C. Nowack, Massimiliano Di Ventra

R25 Chemical Physics Frontiers at Interfaces I ROOM: 288 FOCUS Sponsor: DCP Chair: Robert Baker, Ohio State University Invited Speakers: Martin Wolf, Hrvoje Petek

R26 Chemical Physics at the Nanoscale R OOM: 289 Sponsor: DCP Chair: Wilson Ho, University of California, Irvine

R27 Fractional Quantum Hall Effect IV. R OOM: 290 Sponsor: FIAP Chair: F.D.M. Haldane, Princeton University

R28 Growth and Synthesis: Semiconductors and other Materials ROOM: 291 Sponsor: FIAP Chair: Randall Headrick, University of Vermont

R29 Industrial Advances in Computation ROOM: 292 INVITED Sponsor: FIAP DCOMP Chair: Larry Nagahara, Johns Hopkins University Invited Speakers: Alexander Demkov, Marco Buongiorno Nardelli, Jorg Neugebauer, Patrick Fay, Justin Weber

R30 Transition Metal Dichalcogenides: Structure and Defects ROOM: 293 FOCUS Sponsor: DMP Chair: Jie Shan, Penn State University Invited Speakers: Manish Chhowalla

R31 Nanoribbons: Graphene and Beyond R OOM: 294 Sponsor: DMP DCMP

R32 Computational Discovery and Design of Novel Materials IX R OOM: 295 Sponsor: DMP DCOMP Chair: Hai-Ping Cheng, University of Florida

R33 Advanced Spectroscopy R OOM: 296 FOCUS Sponsor: DMP Chair: Edbert Sie, Massachusetts Institute of Technology Invited Speakers: Steven Louie

R34 Nanostructures and Metamaterials ROOM: 297 FOCUS Sponsor: DMP DCMP Chair: Xiaoquin (Elaine) Li, University of Texas Invited Speakers: Andrei Faraon

R35 New Frontiers in Quantum Information R OOM: 298 Sponsor: GQI

R36 Optical Spectroscopic Measurements of 2D Materials ROOM: 299 FOCUS Sponsor: GIMS DMP Chair: Heather Hill, NIST Invited Speakers: Saverio Russo

R37A Dielectric and Ferroelectric Oxides VI ROOM: 383 FOCUS Sponsor: DMP Invited Speakers: Yurong Yang

R37B Quantum Phase Transitions: Theory & Computation ROOM: 384 Sponsor: DCMP Chair: Rebecca Flint, Iowa State University

R38 Photovoltaics: Thin Film & Nanostructured ROOM: 385 FOCUS PRIZE/AWARD Sponsor: GERA Chair: Marton Voros, Argonne Natl. Lab Invited Speakers: Marina Leite

R39 Fe-based Superconductors: Nematicity II ROOM: 386 FOCUS Sponsor: DMP Chair: Michael Schuett, University of Minnesota Invited Speakers: Christoph Meingast, Yann Gallais

R40 Emerging Technologies and the Future of the Nuclear Arsenals ROOM: 387 INVITED Sponsor: FPS Invited Speakers: Elbridge Colby, Richard Speier, James Acton, Laura Grego

R41 Superconductivity: Transport Properties ROOM: 388 Sponsor: DCMP Chair: Joseph Prestigiacomo, US Naval Research Laboratory

R42 Spins in Semiconductors, Hyperfine and Spin-Orbit Coupling ROOM: 389 FOCUS Sponsor: GMAG DMP DCOMP FIAP Chair: Gian Salis, IBM Zurich Invited Speakers: Edwin Barnes

R43 Magnetic Oxide Interfaces ROOM: 390 FOCUS Sponsor: GMAG DMP DCOMP Chair: Daisuke Kan, Kyoto University Invited Speakers: Eva Benckiser

R44 Dirac and Weyl Semimetals: Optics II ROOM: 391 FOCUS Sponsor: DMP Chair: Suyang Xu, Massachusetts Institute of Technology Invited Speakers: Joel Moore

R45 Exotic Topological Superconductors ROOM: 392 FOCUS Sponsor: DMP Invited Speakers: feng liu

R46 Quantum Optics with Superconducting Circuits ROOM: 393 FOCUS Sponsor: GQI Chair: Nicholas Roch, University Grenoble Alpes, Neel Institute, France Invited Speakers: Neereja Sundaresan

R47 Spin-Orbit Torque III and Chiral Domain Walls ROOM: 394 FOCUS Sponsor: GMAG DMP FIAP Chair: Igor Barsukov, University of California, Riverside Invited Speakers: Hidekazu Kurebayashi

R48 Frustrated Magnetism: Kagome ROOM: 395 FOCUS Sponsor: GMAG DMP Chair: Haidong Zhou, University of Tennessee, Knoxville


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R49 Mechanics in Morphogenesis R OOM: 396 INVITED Sponsor: GSNP GSOFT DBIO DPOLY Chair: Andrei Kosmrlj, Princeton University Invited Speakers: Madhav Mani, Arezki Boudaoud, Eran Sharon, L. Mahadevan, Celeste Nelson

R50 Artificial Spin Ice and Honeycomb Structures ROOM: 397 FOCUS Sponsor: GMAG DMP Chair: Ian Gilbert, NIST Invited Speakers: Amalio Fernandez-Pacheco

R51 Error Correction R OOM: 398 FOCUS Sponsor: GQI Chair: Mark Byrd, University of Southern California Invited Speakers: Eliot Kapit

R52 Semiconducting QC: Donor and Dot-Donor Qubits, Rolf Landauer and Charles Bennett Award Session ROOM: 399 FOCUS PRIZE/AWARD Sponsor: GQI Chair: Michelle Simmons Invited Speakers: Andrea Morello

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S1 Properties of Silica & other Inorganic Nanostructures ROOM: 260 Sponsor: DCMP Chair: Kristen Burson, Hamilton

S2 Materials in Extremes IX R OOM: 261 FOCUS Sponsor: DCOMP DMP SHOCK Chair: Ron Cohen, Carnegie Institution Invited Speakers: stephane mazevet

S3 Experiments on Three-Dimensional Topological Insulators, including SmB6 R OOM: 262 Sponsor: DCMP Chair: Yang Xu, Purdue University

S4 Photoreceptor and Signal Transduction ROOM: 263 FOCUS Sponsor: DBIO DPOLY Chair: Wouter Hoff, Oklahoma State University Invited Speakers: Xiaojing Yang, Brian Crane

S5 Machine Learning for Modeling and Control of Biological Systems I R OOM: 264 FOCUS Sponsor: DBIO GSNP Chair: Ilya Nemenman, Emory University Invited Speakers: Gregor Neuert, Steve Presse

S6 Polymeric Membranes R OOM: 265 FOCUS Sponsor: DPOLY Chair: Edwin Chan, NIST Invited Speakers: Mou Paul

S7 Theory and Simulation of Fiber-Based Materials ROOM: 266 FOCUS Sponsor: DCOMP DMP DPOLY Chair: Ben Jensen, NASA LARC Invited Speakers: Erik Van der Giessen, Fred MacKintosh

S8 Electronic Structure (Photoemission and Transport) ROOM: 267 Sponsor: DCMP Chair: Suolong Yang, Cornell University

S9 Tough Hydrogels I ROOM: 268 FOCUS Sponsor: DPOLY GSOFT Chair: Hyun-Joong Chung, University of Alberta Invited Speakers: Costantino Creton

S10 Charged and Ion-Containing Polymers ROOM: 269 Sponsor: DPOLY Chair: Charles Sing, UIUC

S11 Tuning Polymer Rheology for Printing, Spinning, or Coating Applications ROOM: 270 FOCUS Sponsor: DPOLY Chair: Vivek Sharma, University of Illinois at Chicago Invited Speakers: Chris Ellison

S12 Turbulence and Multi-Phase Flows ROOM: 271 Sponsor: DFD GSNP

S13 Quantum Optics in Hybrid Systems: Noise, Photon Emission, and Optomechanical Transduction ROOM: 272 FOCUS Sponsor: DAMOP GQI Chair: Chen-Lung Hung, Purdue University Invited Speakers: Mahdi Hosseini

S14 Active Colloids ROOM: 273 Sponsor: GSNP GSOFT Chair: Michelle Driscoll, NYU

S15 Spins and Complex Systems ROOM: 274 Sponsor: GSNP GMAG Chair: Zhiyue Lu, University of Chicago

S16 Physics of Liquids III -- Glasses ROOM: 275 FOCUS Sponsor: GSOFT DCP GSNP Chair: Yang Zhang, UIUC Invited Speakers: James Skinner

S17 Colloids II ROOM: 276 Sponsor: GSOFT Chair: Sharon Gerbode, Harvey Mudd College

S18 Ultracold Fermi Gases ROOM: 277 Sponsor: DAMOP Chair: Nir Navon, Yale University

S19 Nanothermodynamics & Quantum Information ROOM: 278-279 INVITED Sponsor: GQI GSNP Chair: Sebastian Deffner Invited Speakers: Gavin Crooks, Kater Murch, Christopher Jarzynski, David Wolpert, Steve Campbell

S20 Correlated Electron Magnetism ROOM: 280 Sponsor: DCMP GMAG Chair: Ryan Baumbach, National High Magnetic Field Laboratory

S21 Medical Physics Today and Tomorrow ROOM: 281-282 INVITED Sponsor: GMED Invited Speakers: Robert Gatenby, Robert Austin, Thomas Bortfeld, Robert Jeraj

S22 Artificial Spin Ice and Related Frustrated Artificial Materials ROOM: NEW ORLEANS THEATER A INVITED Sponsor: DCMP GMAG Chair: Cristiano Nisoli, Los Alamos National Lab Invited Speakers: Gia-Wei Chern, Pietro Tierno, Elena Vedmedenko, Benjamin Canals, Zhi-Li Xiao


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S23 Superconductivity and Its Competitors ROOM: NEW OR LEANS TH EATER B INVITED Sponsor: DCMP Chair: Ilya Eremin, Ruhr Univ Bochum Invited Speakers: Peter Hirschfeld, Andrey Chubukov, Srinivas Raghu, Shigeru Kasahara, Kamran Behnia

S24 Progress in Physics Inspired by Walter Kohn ROOM: NEW OR LEANS TH EATER C INVITED Sponsor: DMP DCOMP FIAP Chair: Michael Flatté, University of Iowa Invited Speakers: Qian Niu, Ben Murdin, Kieron Burke, Matthias Scheffler, Giulia Galli

S25 Chemical Physics Frontiers at Interfaces II ROOM: 288 FOCUS Sponsor: DCP Chair: Tianquan Lian, Emory University Invited Speakers: Kenneth Eisenthal, Mischa Bonn

S26 Chemical Physics at the Edges I R OOM: 289 FOCUS Sponsor: DCP Chair: V. Ara Apkarian, University of California, Irvine Invited Speakers: Wilson Ho, Leo Gross, Frank Stefan Tautz

S27 Photon and Electron Transport R OOM: 290 Sponsor: FIAP Chair: Alan Brisow, West Virginia University

S28 Physics Tools for Cultural Heritage Investigations ROOM: 291 INVITED Sponsor: FIP Chair: Roy (Jerry) Peterson, University of Colorado, Boulder Invited Speakers: Michael Wiescher, Charles Falco, Pablo Londero, Elena Guardincerri, Robert Tykot

S29 Entrepreneurs: Building the Company ROOM: 292 INVITED Sponsor: FIAP Chair: Ichiro Takeuchi, University of Maryland Invited Speakers: T. Venky Venkatesan, Cha-Mei Tang, Maximilian Biberger, Scott Rickert, Stefan Murry

S30 2D Materials Modeling of Synthesis and Defects ROOM: 293 FOCUS Sponsor: DMP Chair: Elton Santos, Queen’s University Belfast UK Invited Speakers: Boris Yakobson

S31 Superconductivity and Correlated States in 2D Materials II R OOM: 294 FOCUS Sponsor: DMP Chair: Mike Lodge, University of Central Florida Invited Speakers: Michael Crommie

S32 Computational Discovery and Design of Novel Materials X ROOM: 295 FOCUS Sponsor: DMP DCOMP Chair: Anton van der Ven, UCSB Invited Speakers: Alexander Shapeev

S33 Structural and Electronic Properties ROOM: 296 FOCUS Sponsor: DMP Chair: Rui He, University of Northern Iowa Invited Speakers: Keshav Dani

S34 Plasmonics ROOM: 297 FOCUS Sponsor: DMP DCMP Chair: Rich Schaller Invited Speakers: Renmin Ma

S35 Surface Science of Organic Molecular Solids, Films, and Nanostructures III ROOM: 298 Sponsor: DMP

S36 Energy Conversion ROOM: 299 Sponsor: GERA Chair: Sanghamitra Neogi, University of Colorado - Boulder

S37A Complex Oxide Interfaces and Heterostructures - Defects at Oxide Interfaces ROOM: 383 FOCUS Sponsor: DMP DCMP Chair: James Rondinelli, Northwestern University Invited Speakers: Ulrike Diebold

S37B SmB6 and Correlated Topological Materials ROOM: 384 Sponsor: DCMP Chair: Wan Kyu Park, National High Magnetic Field Laboratory: Florida State University

S38 Hydrogen Storage and Fuel Cells ROOM: 385 Sponsor: GERA Chair: Peter Pfeifer, University of Missouri - Columbia

S39 Superconductivity: Penetration Depth and Critical Current ROOM: 386 Sponsor: DCMP Chair: Ken Burch, Boston College

S40 Physics of Ring Polymers ROOM: 387 FOCUS Sponsor: DPOLY Chair: Yongmei Wang, University of Memphis Invited Speakers: Dimitris Vlassopoulos

S41 Superconductivity: Tunneling Phenomena ROOM: 388 Sponsor: DCMP Chair: Philip Adams, Louisiana State University

S42 Spins and Defects in Si and SiC ROOM: 389 FOCUS Sponsor: GQI Chair: Pratibha Dev, Howard University Invited Speakers: David Christle, William Koehl

S43 Electric Field and Optical Effects in Magnetic Oxide Heterostructures ROOM: 390 FOCUS Sponsor: GMAG DMP DCOMP Chair: Matt Brahlek, Penn State University

S44 Dirac and Weyl Semimetals: Theory IV ROOM: 391 FOCUS Sponsor: DMP Chair: Filip Ronning, Los Alamos National Laboratory Invited Speakers: Andrew Lucas

S45 Transport Signature of Majorana Nanowires ROOM: 392 FOCUS Sponsor: DMP Invited Speakers: Tudor Stanescu

S46 Continuous Measurements & Quantum Foundations ROOM: 393 FOCUS Sponsor: GQI Chair: Philippe Campagne-Ibarcq, CEA-Saclay Invited Speakers: Howard Wiseman


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S47 Magnetization Dynamics II, Metals & Insulators ROOM: 394 FOCUS Sponsor: GMAG DMP FIAP Chair: Rolando Valdes Aguilar, Ohio State University Invited Speakers: Paul J. Kelly

S48 Frustrated Magnetism: Spin Liquids II ROOM: 395 FOCUS Sponsor: GMAG DMP Chair: Masaaki Matsuda, Oak Ridge National Lab Invited Speakers: Romain Sibille

S49 Patterns and Control in Animal Behavior ROOM: 396 INVITED Sponsor: DBIO Chair: Josh Shaevitz, Princeton University Invited Speakers: Leslie Osborne, Gordon Berman, Andrew Leifer, Andre Brown, Michale Fee

S50 Molecular Magnets: STM, Ad-atoms, Interfaces ROOM: 397 FOCUS Sponsor: GMAG DMP Chair: Cyrus Hirjibehedin, University College London

S51 Nonreciprocal Devices for Circulation, Amplification, and Readout R OOM: 398 FOCUS Sponsor: GQI Chair: Jose Aumentado, National Institute of Standards and Technology Invited Speakers: Michael Hatridge

S52 Quantum Network and Quantum Communication ROOM: 399 FOCUS Sponsor: GQI Invited Speakers: Andreas Winter

S53 Assembly of Particles on Fluid Interfaces ROOM: 287 INVITED Sponsor: GSOFT DFD Invited Speakers: Kathleen Stebe, Michael Bevan, Anderson Ho Cheung Shum, Vinothan N. Manoharan, Ian Griffiths

T H U R S D A Y , M A R C H 1 6 1 2 : 0 0 P M

S60 Pizza Lunch with APS Human Rights Leaders NEW ORLEANS MAR R I OT T, GALER I E 1 SPECIAL EVENT

T H U R S D A Y , M A R C H 1 6 1 : 0 0 P M

T1 Poster Session III R OOM: EXHI BI T HALL J POSTER


V1 2D Electronic Devices and Device Physics R OOM: 260 Sponsor: DMP DCMP Chair: Kin Fai Mak, Penn State University

V2 Explicitly Correlated Methods and Quantum Few-Body Systems ROOM: 261 FOCUS Sponsor: DCOMP DAMOP Chair: Sergiy Bubin, Nazarbayev University, Kazakhstan Invited Speakers: Zong-Chao Yan

V3 Quantum Spin Hall Edge States: Transport ROOM: 262 Sponsor: DCMP Chair: Debaleena Nandi, Harvard University

V4 Neural Control of Behavior ROOM: 263 FOCUS Sponsor: DBIO Chair: Gordon Berman, Emory University Invited Speakers: Misha Ahrens

V5 Physics of Cellular Organization ROOM: 264 FOCUS Sponsor: DBIO GSNP Chair: Michael Gramlich, Washington University School of Medicin Invited Speakers: Michael Gramlich, Jing Xu

V6 Biological Networks ROOM: 265 Sponsor: DBIO Chair: Edo Kussell, NYU

V8 The Value of Diversity in Physics: Talking Points for Supreme Court Cases & Beyond ROOM: 267 INVITED DIVERSIT Y Sponsor: FPS Invited Speakers: Ed Bertschinger, Sheen S. Levine, Sylvester J. Gates, Valerie Otero

V9 Tough Hydrogels II ROOM: 268 FOCUS Sponsor: DPOLY GSOFT Chair: Daniel King, Hokkaido University Invited Speakers: Xuanhe Zhao, Adam Feinberg

V10 Polymers Adsorbed onto Solids - Interplay Among Structures, Dynamics, and Properties II ROOM: 269 FOCUS Sponsor: DPOLY Chair: Tad Koga, Stony Brook University Invited Speakers: Simone Napolitano

V11 Polymer Crystallization ROOM: 270 FOCUS Sponsor: DPOLY Chair: Julie Albert, Tulane University Invited Speakers: Toshikazu Miyoshi

V12 Alloys and Compounds ROOM: 271 Sponsor: DCOMP Chair: Jifeng Sun, University of Missouri

V13 Optomechanical and Nanomechanical Architectures and Measurements ROOM: 272 Sponsor: DAMOP GQI Chair: Matt Woolley, University of New South Wales, Australia

V14 Noise and Stochastic Fluctuations in Biological Systems ROOM: 273 FOCUS Sponsor: GSNP DBIO Chair: Uwe Tauber, Virginia Tech Invited Speakers: William Mather, Srividya Iyer-Biswas

V15 General Statistical and Nonlinear Physics ROOM: 274 Sponsor: GSNP Chair: Jaron Kent-Dobias, Cornell University

V16 Active Matter Under Confinement II ROOM: 275 FOCUS Sponsor: GSOFT DBIO GSNP Chair: Isaac Bruss, University of Michigan Invited Speakers: Rastko Sknepnek


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V17 Field-Driven Colloidal Assembly R OOM: 276 FOCUS Sponsor: GSOFT Chair: Josh Socolar, Duke University Invited Speakers: Charles Shields

V18 Function from Geometry: 3D Printing to Programable Matter II ROOM: 277 FOCUS Sponsor: GSOFT DPOLY GSNP FIAP Chair: Elisabetta Matsumoto, Georgia Tech Invited Speakers: Chikara Inamura

V19 Predictive Modeling of Electron-Phonon Coupling in Condensed-Matter Physics R OOM: 278-279 INVITED Sponsor: DCOMP Chair: Walter Lambrecht, Case Western Reserve University Invited Speakers: Xavier Gonze, Philip Allen, Cyrus E. Dreyer, Jelena Sjakste, Garnet Chan

V20 Correlated Electron Magnetism and Structural Phase Transitions ROOM: 280 Sponsor: DCMP GMAG Chair: James Hamlin, University of Florida

V21 Statistical Physics of On-line Reputation ROOM: 281-282 INVITED Sponsor: GSNP Chair: Guido Caldarelli, IMT Lucca Invited Speakers: Eugene Stanley, Giulio Cimini, Giovanni Ciampaglia, Claudio J. Tessone, Tomaso Aste

V22 Nematic Superconductivity in Doped Topological Materials ROOM: N EW OR LEAN S TH EATER A INVITED

V23 Novel Transport Properties of Electrons and Ions Near the Surface of the Helium Liquids ROOM: NEW OR LEAN S TH EATER B INVITED Sponsor: DCMP Chair: James Sauls, Northwestern University Invited Speakers: Oleksii Shevtsov, Hiroki Ikegami, David Rees, Ge Yang, Denis Konstantinov

V24 Detection and Imaging of Magnetic Dynamics Using Nitrogen-Vacancy Centers in Diamond ROOM: NEW OR LEANS TH EATER C INVITED Sponsor: GMAG Chair: Greg Fuchs, Cornell University Invited Speakers: Toeno van der Sar, Jesse Berezovsky, Vidya Bhallamudi, Ania Jayich, Vincent Jacques

V25 Chemical Physics Frontiers at Interfaces III ROOM: 288 FOCUS Sponsor: DCP Chair: Xiaoyang Zhu, Columbia University Invited Speakers: William Tisdale, Tianquan Lian, Richard Saykally

V26 Chemical Physics at the Edges II R OOM: 289 FOCUS Sponsor: DCP Chair: Eric Potma, University of California - Irvine Invited Speakers: Libai Huang, Naomi Ginsberg, John Papanikolas

V27 Gamification and other Novel Approaches in Quantum Physics Outreach R OOM: 290 FOCUS OUTREACH Sponsor: GQI FOEP DCOMP Chair: Matthew Leifer, Chapman University Invited Speakers: Jacob Sherson

V28 Functional Magnetic Materials ROOM: 291 Sponsor: GMAG Chair: Casey Miller, Rochester Institute of Technology

V29 FIAP Entrepreneurial Panel Discussion and Prize Session ROOM: 292 INVITED C AREERS PRIZE/AWARD Sponsor: FIAP Invited Speakers: Entrepreneurial Panel, Entrepreneurial Part 2 Panel, Tze-Chiang (T.C) Chen, Asad Khan, Rudolf Tromp

V30 Photoluminescence and Polarons in 2D Materials ROOM: 293 Sponsor: DCMP DMP Chair: Kathy McCreary, Naval Research Laboratory

V31 Superconductivity and Correlated States in 2D Materials III ROOM: 294 FOCUS Sponsor: DMP Chair: Brandon Blue, University of Central Florida Invited Speakers: Barbaros Oezyilmaz

V32 Computational Discovery and Design of Novel Materials XI ROOM: 295 Sponsor: DMP DCOMP Chair: Aleksey Kolmogorov, SUNY Binghamton

V33 2D Materials in Magnetic Fields ROOM: 296 Sponsor: DCMP Chair: Zhaoli Gao, University of Pennsylvania

V34 Advanced Metamaterials ROOM: 297 FOCUS Sponsor: DMP DCMP Chair: Alexander Govorov, Ohio University Invited Speakers: Alexander Poddubny

V35 General Fluid Mechanics ROOM: 298 Sponsor: DFD DCMP

V36 Structure and Properties of Surfaces & Thin Films ROOM: 299 Sponsor: DCMP Chair: Bill Kaden, University of Central Florida

V37A Dielectric and Ferroelectric Oxides VII ROOM: 383 FOCUS Sponsor: DMP Chair: Joshua Young, Northwestern University Invited Speakers: Sergei Kalinin

V37B Topological Materials: Theory and Modeling ROOM: 384 Sponsor: DMP Chair: Stephen Eltinge, Yale University

V38 Novel Superconductors II ROOM: 385 Sponsor: DCMP Chair: Ilya Vekhter, Louisiana State University

V39 Superconductivity: Materials, Growth & Structure ROOM: 386 Sponsor: DCMP Chair: Robert J. Cava, Princeton University


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V40 Marie Curie - A 150th Birthday Celebration ROOM: 387 INVITED DIVERSIT Y Sponsor: FPS Invited Speakers: Paul Gueye, Mildred Dresselhaus, Ruth Howes

V41 Fe-based Superconductivity. Spectroscopies ROOM: 388 FOCUS Sponsor: DMP DCMP Chair: Makariy Tanatar, Ames Laboratory Invited Speakers: Antony Carrington

V42 Spin Transport in Low-Dimensional Systems ROOM: 389 FOCUS Sponsor: GMAG DMP DCOMP FIAP Chair: George Kioseoglou, University of Crete

V43 Iridate Heterostructures R OOM: 390 FOCUS Sponsor: GMAG DMP DCOMP Chair: Eva Benckiser, Max Planck Institute for Solid State Research

V44 Dirac and Weyl Semimetals: Theory V R OOM: 391 Sponsor: DMP Chair: Madhab Neupane, University of Central Florida

V45 Quantum Hall Effect and Superconductivity ROOM: 392 FOCUS Sponsor: DMP Invited Speakers: Amir Yacoby

V46 Superconducting-Qubit Quantum Error Correction ROOM: 393 FOCUS Sponsor: GQI Chair: Jerry Chow , IBM Invited Speakers: Robert Schoelkopf

V47 Magnetization Dynamics II, Damping and Spin Pumping ROOM: 394 FOCUS Sponsor: GMAG DMP FIAP Chair: Barry Zink, University of Denver Invited Speakers: Justin Shaw

V48 Frustrated Magnetism: Spin Liquids ROOM: 395 FOCUS Sponsor: GMAG DMP Chair: Ying-Jer Kao, National Taiwan University

V49 Multiscale Physics of Cellular Remodeling ROOM: 396 INVITED Sponsor: DBIO GSOFT Chair: Lisa Manning, Syracuse University Invited Speakers: Dinah Loerke, Michelle Digman, Karen Kasza, Megan Valentine, Jennifer Curtis

V50 Skyrmions ROOM: 397 FOCUS Sponsor: GMAG DMP Chair: Xuemei Cheng, Bryn Mawr College Invited Speakers: Dustin Gilbert

V51 Nonreciprocal Devices with Circuits & Optomechanics ROOM: 398 FOCUS Sponsor: GQI Chair: Michel Devoret, Yale University Invited Speakers: Florent Lecocq

V52 Hybrid Systems with Semiconductor Qubits ROOM: 399 FOCUS Sponsor: GQI Chair: Vanita Srinivasa, Sandia National Laboratories Invited Speakers: Maximilian Russ


V7 NAS Decadal Review Town Hall ROOM: 266 SPECIAL EVENT


W1 APS Annual Business Meeting ROOM: 287 SPECIAL EVENT


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X6 Physics of Development and Disease I ROOM: 265 FOCUS Sponsor: DBIO Chair: Kandice Tanner, National Institutes of Health Invited Speakers: Heiko Enderling

X7 General Theory R OOM: 266 Sponsor: DCOMP Chair: Jimmy-Xuan Shen, University of California, Santa Barbara

X9 Self Assembly of Polymers: Solutions, Confinement and External Fields R OOM: 268 Sponsor: DPOLY Chair: Rafael Verduzco, Rice University

X10 Physics of Polymers and Polymer Thin Films ROOM: 269 Sponsor: DPOLY Chair: Sourav Chatterjee, Tulane University

X11 Polymeric Elastomers and Gels R OOM: 270 Sponsor: DPOLY Chair: Chelsea Davis, Purdue University

X12 Robophysics I R OOM: 271 FOCUS Sponsor: DBIO GSNP GSOFT Chair: Daniel Goldman, GeorgiaTech Invited Speakers: Andy Ruina

X13 Quantum Information Science with Solid-State Defects, Photons, and Atoms R OOM: 272 Sponsor: DAMOP GQI Chair: Tongcang Li, Purdue University

X14 Knotted Biomolecules R OOM: 273 FOCUS Sponsor: DBIO Chair: Jaynath Banavar, University of Maryland Invited Speakers: Patricia Jennings

X16 Disordered and Glassy Materials R OOM: 275 Sponsor: GSOFT Chair: Patrick Charbonneau, Duke University

X17 Self-Assembly III R OOM: 276 Sponsor: GSOFT

X18 Continuum Descriptions of Discrete Materials ROOM: 277 FOCUS Sponsor: GSOFT GSNP Chair: David Hennan, Brown University Invited Speakers: Robert Behringer

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X19 Theory and Simulations of Defect Spin Qubits in Semiconductors ROOM: 278-279 INVITED Sponsor: DCOMP Chair: Adam Gali, Hungarian Academy of Sciences Invited Speakers: Hosung Seo, Viktor Ivády, Audrius Alkauskas, Victoria Kortan, Marcus Doherty

X20 Correlated Electrons II: Theory and Computation ROOM: 280 Sponsor: DCMP

X21 Physics of Proteins: Novel Methods Revealing New Insights ROOM: 281-282 INVITED Sponsor: DPOLY DBIO Chair: Dongping Zhong, Ohio State University Invited Speakers: Greg Engel, Xiaoqin Zou, Huilin Li, Philip Collins, Peter Hegemann

X22 Room Termperature Multiferroic BiFeO3 ROOM: NEW ORLEANS THEATER A INVITED Sponsor: GMAG Chair: Randy Fishman, Oak Ridge National Laboratory Invited Speakers: Je-Geun Park, Masashi Tokunaga, Istvan Kezsmarki, Jun Hee Lee, Rogerio de Sousa

X23 Electron Correlations and Nematic Order in Iron-based Superconductors ROOM: NEW ORLEANS THEATER B INVITED Sponsor: DCMP Chair: Qimiao Si, Rice University Invited Speakers: Robert Birgeneau, Elbio Dagotto, Andreas Kreyssig, Jun Zhao, Ian Fisher

X25 Chemical Physics Frontiers at Interfaces IV ROOM: 288 FOCUS Sponsor: DCP Chair: William Tisdale, Massachusetts Institute of Technology Invited Speakers: Martin Zanni, Norbert Koch

X26 Chemical Physics at the Edges III ROOM: 289 FOCUS Sponsor: DCP Chair: Libai Huang, Purdue University Invited Speakers: Stephen Leone, Zenghu Chang, Hans Jakob Wörner

X27 Dipolar Interactions in Ultracold Gases ROOM: 290 FOCUS Sponsor: DAMOP Chair: Rick Mukherjee, Rice University Invited Speakers: Francesca Ferlaino

X28 General Magnetism ROOM: 291 Sponsor: GMAG Chair: Chris Leighton, University of Minnesota


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X29 The Butterfly Plot Turns 40 R OOM: 292 INVITED Sponsor: GSNP Chair: Greg Huber, University of Southern California, Santa Barbara Invited Speakers: Douglas Hofstadter, Francisco Claro, Paul Wiegmann, Indubala Satija, Wolfgang Ketterle

X30 Transport and Noise in 2D Materials R OOM: 293 Sponsor: DCMP DMP Chair: Todd Brintlinger, Naval Research Laboratory

X31 2D Materials: Synthesis, Structure, and Properties ROOM: 294 Sponsor: DCMP DMP Chair: Juan-Carlos Idrobo, Oak Ridge National Laboratory

X32 Computational Discovery and Design of Novel Materials XII R OOM: 295 Sponsor: DMP DCOMP

X33 Properties of Nanostructures and Low-Dimensional Materials RO OM: 296 Sponsor: DCMP Chair: Arthur Baddorf, Oak Ridge National Laboratory

X34 Plasmonic Metamaterials R OOM: 297 FOCUS Sponsor: DMP DCMP Chair: Sayantani Ghosh, University of California Merced Invited Speakers: Femius Koenderink

X37A Complex Oxide Interfaces and Heterostructures VII ROOM: 383 FOCUS Sponsor: DMP DCMP Chair: Alex Demkov, University of Texas Invited Speakers: James Rondinelli

X37B Metal Insulator Phase Transitions III: Vanadates and Nickelates ROOM: 384 Sponsor: DCMP GMAG Chair: Jiang Wei, Tulane University

X38 Superconductivity; Fluctuations and Non-equilibrium Effects ROOM: 385 Sponsor: DCMP Chair: Thomas Devereaux, Stanford Unviersity

X39 Superconductivity: JJ Effect, Graphene/oxide - based ROOM: 386 Sponsor: DCMP Chair: Mike Osofsky, Naval Research Laboratory

X40 Division of Physics of Beams and Forum on International Physics Introduce the World’s Newest Light Sources R OOM: 387 INVITED Sponsor: FIP Chair: Cherrill Spencer, SLAC National Accelerator Laboratory (retired) Invited Speakers: Richard Walker, Di-Jing Huang, Pedro Fernandes Tavares, In Ko, Giorgio Paolucci

X41 Fe-based Superconductivity: Magnetic Excitations ROOM: 388 FOCUS Sponsor: DMP DCMP Chair: Ilya Eremin, University of Bochum Invited Speakers: Pengcheng Dai

X42 Spin Transport in III-V and Group IV Semiconductors ROOM: 389 FOCUS Sponsor: GMAG DMP DCOMP FIAP Chair: Paul Crowell, University of Minnesota Invited Speakers: Mariusz Ciorga

X43 Defects and Structural Control in Magnetic Oxide Heterostructures ROOM: 390 FOCUS Sponsor: GMAG DMP DCOMP Chair: Suzanne te Velthuis, Argonne National Laboratory Invited Speakers: Daisuke Kan

X44 Dirac and Weyl Semimetals: Transport III ROOM: 391 FOCUS Sponsor: DMP Chair: Tiang Liang, Stanford University Invited Speakers: Brad Ramshaw

X45 Two-Dimensional Topological Superconductors: II ROOM: 392 FOCUS Sponsor: DMP Invited Speakers: Alex Matos Abiague

X46 Topological Quantum Information ROOM: 393 FOCUS Sponsor: GQI Invited Speakers: Diana Car

X47 Domain Wall Motion ROOM: 394 FOCUS Sponsor: GMAG DMP FIAP Chair: Andy Balk, Los Alamos National Laboratory

X48 Frustrated Magnetism: 2D Antiferromagnets ROOM: 395 FOCUS Sponsor: GMAG DMP Chair: V. Ovidiu Garlea, Oak Ridge National Lab Invited Speakers: Ovidiu Garlea

X49 Robot Scientists and Machine Learning for Automated Modeling and Control of Complex Systems ROOM: 396 INVITED Sponsor: DBIO GSNP Chair: John Wikswo, Vanderbilt University Invited Speakers: Ross King, Hod Lipson, Bryan Daniels, Steven Brunton, Sarah Marzen

X50 Nanoscale Magnetic Dynamics ROOM: 397 FOCUS Sponsor: GMAG DMP Chair: Javier Pulecio, NIST Invited Speakers: Alexey Kimel, Paul Keatley

X51 Challenging Conventional Quantum Limits in Measurements and Metrology ROOM: 398 FOCUS Sponsor: GQI Chair: Gabriel Durkin, Berkeley Center for Quantum Computing and Computation Invited Speakers: Mankei Tsang, Eugene Polzik

X52 Many-Body Physics in Quantum Information Theory ROOM: 399 Sponsor: GQI GSNP Chair: Justin Elenewski, NIST


FRID

AY

F R I D A Y , M A R C H 1 7 1 1 : 1 5 A M

Y6 Physics of Development and Disease II ROOM: 265 FOCUS Sponsor: DBIO Chair: Kandice Tanner, National Institutes of Health Invited Speakers: Daniele Gilkes

Y7 Quantum Monte Carlo and General Computational Physics ROOM: 266 Sponsor: DCOMP Chair: Michael Swift, University of California, Santa Barbara

Y8 Topological Insulators (Spectroscopy) R OOM: 267 Sponsor: DCMP

Y9 Polymers for Biological and Energy Applications ROOM: 268 Sponsor: DPOLY Chair: Mithun Chowdhury,, Princeton University

Y12 Robophysics II R OOM: 271 FOCUS Sponsor: GSNP DBIO GSOFT Chair: Daniel Goldman, GeorgiaTech

Y13 Advances and Applications of Numerical Methods in Ultracold Atomic Physics R OOM: 272 FOCUS Sponsor: DAMOP Chair: Miles Stoudenmire, University of California, Irvine Invited Speakers: Nikolay Prokofiev

Y14 Machine Learning for Modeling and Control of Biological Systems II R OOM: 273 FOCUS Sponsor: DBIO GSNP Chair: John Wikswo, Vanderbilt University Invited Speakers: Mark Transtrum, David Schwab

Y16 Complex Soft Materials R OOM: 275 Sponsor: GSOFT Chair: Troy Shinbrot, Rutgers University

Y17 Emulsions and Foams R OOM: 276 Sponsor: GSOFT Chair: Chinedum Osuji, Yale University

Y19 Computational Approaches for Energy Materials ROOM: 278-279 INVITED Sponsor: DCOMP Chair: Hartwin Peelaers, University of California Santa Barbara Invited Speakers: Rajeev Ahuja, Puru Jena, Jeffrey B. Neaton, Zhen Zhu, Khang Hoang

Y20 Metal Insulator Phase Transitions IV: Theory ROOM: 280 Sponsor: DCMP Chair: Lucas Lindsay, Oak Ridge National Laboratory

Y21 Emergent Magnetism at Oxide Interfaces ROOM: 281-282 INVITED Sponsor: GMAG Chair: Elke Arenholz, Lawrence Berkeley National Lab Invited Speakers: Anand Bhattacharya, Yaohua Liu, Alexander Grutter, Myung-Joon Han, Marta Gibert

Y22 Experimental Progress of Valley Transport in 2D Materials ROOM: NEW ORLEANS THEATER A INVITED Sponsor: GMAG Chair: Fan Zhang, University of Texas, Dallas Invited Speakers: Ning Wang, Kin Fai Mak, Chun Ning Lau, Long Ju, Emanuel Tutuc

Y23 New Developments in Topological Photonics: Interactions, Non-Hermiticity and Beyond ROOM: NEW ORLEANS THEATER B INVITED Sponsor: DCMP Chair: Chaoxing Liu, Penn State University Invited Speakers: Pedram Roushan, Alexander Khanikaev, Mohammad Hafezi, Mikael Rechtsman, Mordechai Segev

Y24 Optomechanics with Fluids and Superfluids ROOM: NEW ORLEANS THEATER C INVITED Sponsor: DCMP Chair: Jack Harris, Yale University Invited Speakers: Tao Lu, Jack Harris, Warwick Bowen, Tal Carmon, Ivan Favero

Y25 Chemical Physics and Reactivity at Surfaces ROOM: 288 Sponsor: DCP Chair: Marco Caricato, University of Kansas

Y26 Fe-based Superconductivity: FeSe Monolayers ROOM: 289 Sponsor: DMP DCMP Chair: Brian Andersen, Niels Bohr Institute

Y27 Light-Matter Interactions and General AMO Physics ROOM: 290 Sponsor: DAMOP Chair: Ryan T. Glasser, Tulane University

Y28 Antiferromagnets, Dynamics, and Spin Texture ROOM: 291 Sponsor: GMAG Chair: Alan Farhan, Lawrence Berkeley National Lab

Y30 Properties of Multilayer 2D Materials and Heterostructures ROOM: 293 Sponsor: DCMP DMP Chair: Enrique Cobas, Naval Research Laboratory

Y31 Magnetism, Superconductivity, and Spin-Orbit Effects in 2D Materials ROOM: 294 Sponsor: DCMP DMP GMAG Chair: Benjamin Hunt, Carnegie Mellon

Y32 Computational Discovery and Design of Novel Materials XIII ROOM: 295 Sponsor: DMP DCOMP Chair: Darshana Wickramaratne, University of California, Santa Barbara

Y33 2D Semiconductor Electronic Devices ROOM: 296 Sponsor: DMP

Y34 Quanum Effects in Plasmonic Metamaterials ROOM: 297 FOCUS Sponsor: DMP DCMP Chair: Femius Koenderink, AMOLF, The Netherlands Invited Speakers: N. Asger Mortensen


FRID

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Y36 Thermoelectrics: Characterization, Nanostructures ROOM: 299 FOCUS Sponsor: DMP DCMP Chair: Joh Malen, University of California, Berkeley Invited Speakers: Jian He

Y37A Dielectric and Ferroelectric Oxides VIII R OOM: 383 Sponsor: DMP Chair: Alexei Gruverman, University of Nebraska, Lincoln

Y37B Noise, Dynamical Decoupling, and Quantum Error Correction ROOM: 384 FOCUS Sponsor: GQI Chair: Kenneth Brown, Georgia Institute of Technology Invited Speakers: Maika Takita

Y38 Superconductivity: Josephson Effect/THz/ Microwave ROOM: 385 Sponsor: DCMP Chair: Timir Datta, University of South Carolina

Y39 Superconductivity: Mostly Devices R OOM: 386 Sponsor: DCMP Chair: Lei Wang, University of South Carolina

Y40 Climate Change and Sea Level Rise ROOM: 387 INVITED Sponsor: FPS Invited Speakers: Pierce Corden, TBD TBD, Daniel Reifsnyder

Y41 Fe-based Superconductivity. C_4 and other Subjects ROOM: 388 FOCUS Sponsor: DMP DCMP Chair: Anna Boehmer, Iowa State Invited Speakers: Omar Chmaissem

Y42 Solid-State Hole Spin Qubits R OOM: 389 FOCUS Sponsor: GQI GMAG DMP FIAP DCOMP Chair: Sergie Studenikin Invited Speakers: Marek Korkusinski

Y43 Bulk Oxides ROOM: 390 FOCUS Sponsor: GMAG DMP DCOMP Chair: Antia Botana, Argonne Natl Lab

Y45 Topological Superconductivity: Theory ROOM: 392 FOCUS Sponsor: DMP Chair: Lukasz Fidowski, State University of New York, Stony Brook Invited Speakers: Zi-Xiang Li, Yi-Fan Jiang, Hong Yao

Y46 Superconducting Circuits: Fabrication Advances & Measurements ROOM: 393 Sponsor: GQI Chair: Jonelyn Yoder, MIT Lincoln Laboratory

Y47 Spin Transfer Torque and Magnetic Tunnel Junctions ROOM: 394 FOCUS Sponsor: GMAG DMP FIAP Chair: Chunhui Du, Harvard University

Y48 Frustrated Magnetism: Spin Glasses and 2D Magnets ROOM: 395 FOCUS Sponsor: GMAG DMP Chair: Yoshitomo Kamiya, RIKEN

Y49 Environment-energy Nexus – a Physics Perspective ROOM: 396 INVITED Sponsor: DBIO GERA Chair: Marek Cieplak, Institute of Physics, Polish Academy of Sciences Invited Speakers: Jayanth Banavar, Damien Thompson, Ottavio Croze, Janna Maranas, Annette Ostling

Y50 Molecular Nanomagnets, Clusters, and Networks ROOM: 397 FOCUS Sponsor: GMAG DMP Chair: Mark Meisel, University of Florida

Y51 Fluxonium, Flux Qubits, and Novel Superconducting Qubits ROOM: 398 Sponsor: GQI

Y52 Non-equilibrium Thermodynamics in Quantum Information Theory ROOM: 399 Sponsor: GSNP GQI Chair: Sebstian Deffner, University of Maryland Baltimore County

APS Conferences for Undergraduate Women in Physics J A N U A R Y 1 2 - 1 4 , 2 0 1 8

APS CUWiP is a three-day regional conference where undergraduate women can experience a professional conference, learn more about graduate school and professions in physics, and meet other women in physics to share experiences, advice, and ideas. Financial assistance is available.

Applications open September 1– October 13 aps.org/cuwip

Arizona State University • Cal Poly Pomona/Pomona College/Har vey Mudd College • Columbia University • George Washington University • Iowa State University • Rochester Institute of Technology • University of Kansas

• University of Nor th Florida • University of Oregon • University of Toledo • University of Virginia


E X H I B I T O R S

636 ..........................1-Material Inc. 236 ..........................2DCC-MIP 736 ..........................A&N Corporation 132 ..........................ACS Publications 202 ..........................Adnanotek 301,303 ..................Advanced Research Systems, Inc. 224,222,220 ...........AIP Publishing 600 ..........................AJA International, Inc. 235 ..........................Almax easyLab Inc 214 ..........................American Institute of Physics 201 ..........................American Magnetics Inc. 300,302 ..................American Physical Society 323 ..........................Amuneal Manufacturing Corp 338 ..........................Anasys Instruments 613 ..........................Andeen-Hagerling, Inc. 135 ..........................Applied Vacuum Technology/

Anderson Dahlen 719 ..........................Asylum Research,

an Oxford Instruments Company 205,207 ..................attocube 734 ..........................BlueFors Cryogenics Oy 710 ..........................Bruker BioSpin 210,212 ..................Cambridge University Press 332 ..........................Coax Co., Ltd. 712,714 ..................ColdEdge Technologies, Inc. 307 ..........................COSMOTEC, Inc. 211,213,215 ...........CRC Press-Taylor & Francis Group LLC

324 ..........................Cryo Industries of America, Inc. 506 ..........................CRYOFAB, Inc. 502 ..........................Cryogenic Control Systems, Inc. 638 ..........................Cryogenic Limited 411 ..........................Cryomagnetics, Inc. 515,614,513,612 ...Cryomech Inc. 435 ..........................CryoVac GmbH & Co. 123 ..........................De Gruyter 230,232 ..................Elsevier BV 537 ..........................Extrel 707 ..........................Film Sense 240 ..........................Frontiers 122 ..........................Getson & Shatz, P.C. 535 ..........................GMW Associates 218 ..........................GradSchoolShopper 637 ..........................HeatWave Labs 334 ..........................Heidelberg Instruments, Inc. 605,607 ..................High Precision Devices 321 ..........................Horiba Scientific 310 ..........................Huntington Mechanical Labs 639 ..........................HYPRES, Inc. 706 ..........................ICE Oxford Limited 737 ..........................Institut quantique -

Université de Sherbrooke 111,113 ..................IOP Publishing 131 ..........................J.A. Woollam Co., Inc.

A P S E x h i b i t H a l l H o u r s

C O N V E N T I O N C E N T E R , H A L L J

M O N D A Y, M A R C H 1 3 • 6 : 4 5 – 8 : 0 0 P MT U E S D A Y, M A R C H 1 4 • 1 0 : 0 0 A M – 5 : 0 0 P MW E D N E S D A Y, M A R C H 1 5 • 1 0 : 0 0 A M – 5 : 0 0 P MT H U R S D A Y, M A R C H 1 6 • 1 0 : 0 0 A M – 4 : 0 0 P M

Read through the exhibitor listing and check the companies you wish to visit.


231,233 ..................Janis Research Company, Inc. 432 ..........................Janssen Precision Engineering 701 ..........................JPK Instruments USA Inc. 434 ..........................Keithley - A Tektronix Company 304, 306 .................Keysight Technologies

(formerly Agilent Technologies) 501 ..........................Kimball Physics, Inc. 125 ..........................Kurt J. Lesker Company 604 ..........................Labber 401,403 ..................Lake Shore Cryotronics Inc. 538 ..........................Leybold USA Inc. 336 ..........................Low Noise Factory 400 ..........................Mad City Labs, Inc. 634 ..........................Mantis-Sigma 234 ..........................Materials Research Society 405,407 ..................MDC Vacuum Products, LLC 739 ..........................Micro Photonics 601 ..........................MOGLabs 428,430 ..................Montana Instruments 331,329 ..................Nanomagnetics Instruments Ltd. 539 ..........................Nanonics Imaging LTD 130 ..........................Nanoscale Science Research Centers (NSRC) 738 ..........................NanoScan 119 ..........................National Academies of Science,

Engineering, and Medicine 239 ..........................National High Magnetic Field Laboratory 314 ..........................National Reconnaisance Office 136-141 ..................National Science Foundation 203 ..........................Neaspec GmbH 437,439 ..................Neutron Scattering Society of America 606 ..........................Nor-Cal Products, Inc. 318 ..........................NT-MDT Spectrum Instruments 534 ..........................OriginLab Corporation 721,723,725,727 ...Oxford Instruments Nanoscience 223,225 ..................Oxford University Press 705 ..........................Park Systems, Inc. 500 ..........................Pfeiffer Vacuum 120 ..........................Physical Society of Japan 138 ..........................Physics Today Exhibitor Lounge 237 ..........................Phytron, Inc. 615 ..........................Pressure Wave Systems 735 ..........................PREVAC sp. z o.o.

402 ..........................Princeton Scientific Corp. 219 ..........................Princeton University Press 316 ..........................Quantum Circuits, Inc. 416,418,420,422 ...Quantum Design 413 ..........................R.D. Mathis 133 ..........................Radiant Technologies, Inc. 711,713,715 ...........Research in Germany 312 ..........................Resolved Instruments 410,412,311,313 ...RHK Technology, Inc. 333 ..........................Rigaku Americas Corporation 118 ..........................Royal Society of Chemistry 221 ..........................Royal Society Publishing 322 ..........................SAES Group 436 ..........................SAXSLAB US 510,512,514 ...........ScientaOmicron 337 ..........................Scientific Instruments, Inc. 635 ..........................Sentys Inc. 406 ..........................Signal Recovery 536 ..........................SmarAct 216 ..........................Society of Physics Students 404 ..........................Solartron Analytical 504 ..........................SPECS Surface Nano Analysis GmbH 110,112,114,116 ...Springer Nature 330 ..........................Staib Instruments, Inc. 507,505 ..................Stanford Research Systems (SRS) 415 ..........................STAR Cryoelectronics 204,206 ..................Sumitomo (SHI) Cryogenics of America 320 ..........................SUNPOWER, Inc. 335 ..........................Tabor Electronics Ltd. 611 ..........................TeachSpin, Inc. 115 ..........................The Japan Society of Applied Physics 124 ..........................Toptica Photonics, Inc. 134 ..........................US Naval Research Laboratory 339 ..........................Vacuum Technology Inc. 704 ..........................VAKSIS R&C and Engineering 200 ..........................VAT 238 ..........................Virginia Diodes 305 ..........................Wolfram Research 121 ..........................World Scientific Publishing Company 438 ..........................Xenocs 217 ..........................Yale University Press 317,319 ..................Zurich Instruments


S H O W G U I D E

1-Material Inc. #636100 cm2V-1s-1 (charge mobility) for a polymer PFT-100 is reproduced by 1-Material Inc. The company is known in making reproducible and standardized Organic Nano Electronic (ONE=1) materials for OPV, OTFT and printing electronics(PE), and providing reliable custom syn-thesis and contract research timely.

2DCC-MIP #236The 2DCC-MIP is focused on the development of two dimensional (2D) chalcogenides for applications in next generation electronics be-yond silicon for digital circuits and flexible electronics. These materials include 2D transition metal dichalcogenide (TMD) films that are only a few atoms thick, topological insulator (TI) bismuth chalcogenide films that only conduct on the 2D surface, and multilayers of dissimilar chal-cogenide films whose properties are dominated by 2D interfaces.

A&N Corporation #736www.ancorp.comEstablished in 1965, A&N Corporation is a manufacturer of high and ultra high vacuum components and custom fabrications, such as custom valves and process chambers. A&N products are designed to meet the standards required by both industrial and academic users, such as those involved with semiconductor and photovoltaic manufacturing, thin film deposition, surface analysis, laser devices, cryogenics and the aero-space industry. A&N products are distributed throughout the United States, Europe, and Asia.

ACS Publications #132www.pubs.acs.orgACS Publications is recognized worldwide as an innovator in scientific publishing, providing the physics research community with a compre-hensive collection of the leading journals at the interface of chemistry and physics. Visit our booth to learn about our preeminent benefits for authors that include rapid publication and comprehensive open access options

Advanced Research Systems, Inc. #301,303www.arscryo.comAdvanced Research Systems (ARS) provides standard and custom cryo-genic solutions for low temperature (4 800 K) material characterization. ARS manufactured pneumatic drive closed cycle cryocoolers are ideally suited for R&D applications where low temperature and low vibrations are important. ARS is uniquely qualified to design and manufacture customized cryogenic solutions as we can seamlessly integrate our cryo-coolers into the final design. Cryogenic probe stations and cryostats with standard and custom configurations are available for a wide range of applications including beamline science, electrical transport, magnet-ic properties, micro-spectroscopy, neutron science, optical spectroscopy, X-ray diffraction, and more.

AIP Publishing #224,222,220www.aip.orgAIP Publishing is a scholarly publisher in the physical and related sci-ences that provides a comprehensive collection of highly cited peer re-viewed journals. AIP Publishing s portfolio of 20 journals includes pres-tigious titles such as Applied Physics Letters, Journal of Applied Physics and The Journal of Chemical Physics.

AJA International, Inc. #600www.ajaint.comThin Film Deposition Systems (Sputtering, E-beam, Thermal, Ion Beam, PLD and Multi-Technique). Ion Beam Etch Systems with SIMS (Ion Milling, RIBE). R&D and Pilot Scale Equipment. UHV and HV Magnetron Sputter Sources and Thermal Evaporation Sources. Wide range of Substrate Holders featuring Azimuthal Rotation, RF/DC Bias-ing, Heating, Water Cooling, LN2 Cooling and Tilting. Sputter Targets and Evaporation Materials. RF/DC Power Supplies.

Almax easyLab Inc #235www.easylab.co.ukAlmax easyLab are the world leaders in instrumentation for high-pres-sure physical properties characterization. We design and manufacture our own diamond anvils and diamond anvil cells, clamp-type pressure cells, ruby fluorescence systems, gasket drilling machines, cryogenic gas loading systems, turn-key high pressure-enabled cryostats and much more. Visit us on www.almax-easyLab.com. Our ecommerce site www.diamondANVILS.com makes it easy to purchase diamond anvils and other high pressure instrumentation online.

American Institute of Physics #214www.aip.orgYour APS membership also comes with benefits from AIP, the American Institute of Physics. AIP sends Physics Today magazine to the individ-ual members of 10 scientific societies in the AIP federation; APS is the largest of these societies. There are give-aways from AIP s history, gov-ernment relations, and statistics resources.

American Magnetics Inc. #201www.americanmagnetics.comFounded in 1968, American Magnetics has become a leading supplier of superconducting magnet solutions. Majority of the systems produced by AMI are custom designed for demanding applications. AMI also offers cryogenic level instruments, auto-fill systems, power supplies, cryo-me-chanical systems and VCCLs. Please visit us at: www.americanmagnet-ics.com

American Physical Society #300,302www.aps.orgFounded in 1899, the American Physical Society (APS) is a non-profit membership organization working to advance and diffuse the knowl-edge of physics. APS publishes the world’s most widely read physics re-search and review journals: Physical Review Letters, Physical Review X, Reviews of Modern Physics, Physical Review A-E, Physical Review Ac-celerators and Beams, Physical Review Applied, Physical Review Fluids, Physical Review Physics Education Research, and Physics. Please stop by booths 300 & 302 in the exhibit hall or the APS village to learn more about the prestigious Physical Review collection and our newest journal Physical Review Materials, a new broad-scope international journal for the multidisciplinary community engaged in materials research.

Amuneal Manufacturing Corp #323www.amuneal.comSince 1965, Amuneal has been serving highly technical markets, work-ing with leaders in aerospace, electronics, cryogenics, healthcare, and research to develop cost-effective magnetic shielding strategies and products that outperform the most demanding requirements. We offer a number of standard component shields to our clients, however, our culture and capabilities allow us to manufacture and install unique cus-tom shields ranging from prototypes and models to full-scale assemblies.

Anasys Instruments #338www.anasysinstruments.comAnasys Instruments is the world leader in nanoscale IR spectroscopy dedicated to delivering innovative AFM based nano-spectroscopy prod-ucts and solutions that measure spatially varying physical and chemical properties with nanoscale spatial resolution in a diverse range of fields, including polymers, 2D materials, materials science, life science and mi-cro-electronics industry.


Andeen-Hagerling, Inc. #613www.andeen-hagerling.comAndeen-Hagerling (AH) manufactures the most precise capacitance/loss bridges available commercially. AH bridges are fully automatic and resolve sub-attofarad measurements. Bridges are offered for operation at fixed or variable frequencies (50Hz-20KHz). Loss (dissipation factor) can be measured down to 1.5x10-8 tan delta.

Applied Vacuum Technology/Anderson Dahlen #135www.appliedvacuum.comApplied Vacuum Technology manufactures custom chambers, assem-blies and components for high and ultra-high vacuum applications. Since 1989, we have been supplying products used in applications including surface analysis, mass spectroscopy, epitaxial and thin film deposition, UHV feedthroughs, sputter ion pumps, and accelerator beam lines. AVT is a division of Anderson Dahlen Inc.

Asylum Research, an Oxford Instruments Company #719www.AsylumResearch.comAsylum Research introduces the new Cypher VRS Video-Rate AFM, the first and only full-featured video-rate atomic force microscope. Vi-sualize biochemical reactions, self-assembly, and more while imaging at 625 lines/second (up to 10 fps) together with the same ease of use, modes, and accessories as the rest of the Cypher™ AFM family. For en-ergy research and electrochemistry applications, we’ll also be featuring the new Electrochemical Cell for the Cypher ES offering great versatility and easy operation for characterizing electrochemical processes.

attocube #205,207www.attocube.comattocube s latest innovation the attoDRY800 is the world s first cryo-op-tical table with integrated cold plate offering unprecedented flexibility for optical experiment at cryogenic temperatures. The attoDRY product line also includes fully automated low-vibration closed-cycle cryostats with superconducting magnets for various scanning probe, confocal & Raman microscope and transport measurement inserts.

BlueFors Cryogenics Oy #734www.bluefors.comBlueFors Cryogenics is a company that specializes in cryogen-free dilu-tion refrigerator systems, with a strong focus on the quantum comput-ing and information community. Our aim is to deliver the most reliable and easy-to-operate refrigerators on the market, which are of the highest possible quality.

Bruker BioSpin #710www.bruker.comThe Bruker name has become synonymous with the excellence, innova-tion, and quality that characterize our comprehensive range of scientific instrumentation. Our solutions encompass a wide number of analytical techniques ranging from X-ray analysis and Atomic Force Microscopy (AFM) to magnetic resonance and EPR spectroscopy. Visit us at our booth to learn how we can help you with your needs.

Cambridge University Press #210,212www.cambridge.orgCambridge University Press is a not-for-profit organization that advanc-es learning, knowledge and research worldwide. It is an integral part of the University of Cambridge and for centuries has extended its research and teaching activities through an extensive range of academic books, journals and digital products

Coax Co., Ltd. #332www.coax.co.jpCOAX is the worldwide supplier of semi-rigid coaxial cables in Japan, offering unique cables using various materials such as NbTi, Nb, CuNi, SUS, BeCu, Brass, diameters 0.33mm to 9.62mm. COAX cables are ideal solutions for cryogenic, non-magnetic, and superconducting re-quirements. SMA, SSMA, K, MMCX and other types of connectors are available.

ColdEdge Technologies, Inc. #712,714www.coldedgetech.comColdEdge provides custom <3K to 1000K cryogenic systems. Collabo-rate with our team to design the best cryocooler solution for your exper-iment’s unique needs.

COSMOTEC, Inc. #307www.cosmotec.usThe highest quality ceramic-to-metal 25 years of excellence. Now in silicon valley. Because cutting corners isn’t an option. we, at cosmotec, design the highest quality feedthroughs available on the market today. Perfection you can count. Large inventory in silicon valley, US and Ja-pan to make same day shipping.

CRC Press-Taylor & Francis Group LLC #211,213,215www.taylorandfrancisgroup.comCRC Press / Taylor & Francis is a leading international publisher of textbooks, professional handbooks, and references in science, technol-ogy, and engineering. Please visit our booth to browse select recent and bestselling physics books such as Finn s Thermal Physics 3rd Edition and Physical Methods of Materials Characterisation 2nd Edition, with special convention discounts on all purchases. Review our journal selec-tions and pick up complimentary sample copies. Discuss new project ideas with Senior Publishing Editor Luna Han ([email protected]) and Editor Francesca McGowan ([email protected]).

Cryo Industries of America, Inc. #324www.cryoindustries.comWith over 33 years of experience, CRYO Industries is a leading supplier of cryogenic systems- standard or custom, open or closed cycle, contin-uous flow or reservoir type, He-4, He-3 and superconducting magnet systems.

CRYOFAB, Inc. #506www.cryofab.comCryofab, Inc. is a manufacturer and service provider of cryogenic equip-ment and accessories. Custom fabrications, OEM fabrications, and a full line of standard containers, vessels and accessories, depict the prod-uct mix. Our extensive materials inventory allows for quick, reasonable responses with flexibility, size variety and optional equipment. In house engineering can assist in product design and development for meeting application requirements perfectly.

Cryogenic Control Systems, Inc. #502www.cryocon.comManufacturers of precision electronic instrumentation for both labora-tory and industrial process control applications. Cryo-con offers a full line of cryogenic temperature controllers, monitors, cryogenic accesso-ries and temperature sensors. Come demo our latest line of temperature controllers and monitors.

Cryogenic Limited #638www.cryogenic.co.ukCryogenic Limited is a market leader in design and manufacture of su-perconducting magnets (up to 22T in low loss LHe cryostat or 18T cryogen-free). Configurations include solenoids, split pair, vector, UHV and beam-line magnets. We offer integrated experimental products in-cluding cryogen-free desktop measurement systems and SQUID mag-netometers with 10-8 sensitivity

Cryomagnetics, Inc. #411www.cryomagnetics.comCryomagnetics’ superconducting magnet systems are available with interchangeable VTI/He3 and dilution refrigerators, supporting in-strumentation and cryogenic accessories. C-Mag cryogen-FREE super-conducting magnet systems are available with many configurations and options designed to meet your research goals. Our commitment to you is to supply leading magnet technologies now backed by an industry best, 2-year warranty.


Cryomech Inc. #515,614,513,612www.cryomech.comCryomech, Inc. is a recognized leader in advanced cryocooler solutions for new and existing applications as requested by our unique and diverse customer base. Our vast product line includes the largest capacity GM cryocoolers on the market ranging from 100W @ 25K up to 600W @ 77K, Pulse Tube Cryocoolers from 0.5W to 2W at 4.2K, six different sizes of Liquid Nitrogen Plants, Liquid Helium Plants with liquefaction rates of 6, 15, 22, 40 and 60 liters per day, Helium Reliquefiers and Helium Recovery Systems. Please stop by the booth to learn more about any of these products including the ultra low vibration 1K Cryostat and Pumping Recovery System for the Helium Reliquefier.

CryoVac GmbH & Co. #435www.cryovac.deCryoVac is a leading supplier for customized cryogenic solutions, offer-ing a broad range of cryogenic equipment, open/closed-cycle systems, from table top to room size cryostat (mK-range up to 800K). We have provide solutions for nearly all experimental requirements at LT. We of-fer cryogenic accessories, transfer lines, repair, design/feasibility-studies, consulting, testing-services.

De Gruyter #123www.degruyter.comDe Gruyter is an international publisher which has published first-class scholarship since 1749. Publishing over 1,300 new book titles per year and more than 750 journals in the humanities, social sciences, medi-cine, natural sciences and law, the company also offers a wide range of digital media.

Elsevier BV #230,232www.elsevier.comElsevier is a world-leading provider of information solutions designed to enhance the performance of science and technology professionals. Amongst the almost 2,200 journals (most of which offer open access options) and 25,000 book titles we publish, no fewer than 90 journals are in Physics or a related field.

Extrel #537www.extrel.comExtrel is the world s leading manufacturer of research and process mass spectrometers, residual gas analyzers, and quadrupole mass spectrome-try components. Extrel s instruments have been recognized for excep-tional performance, reliability, flexibility, and custom systems, comple-mented by the most comprehensive application, technical, and on-site support in the industry.

Film Sense #707www.film-sense.comFilm Sense offers robust and affordable thin film sensors that are ideal for a broad range of thin film measurement applications. Using novel multiple wavelength technology, our products integrate the power of ellipsometry into an easy-to-use sensor.

Frontiers #240www.frontiersin.orgFrontiers publishes some of the largest and most-cited journals in their fields. Established in 2007, Frontiers drives innovations in peer review, post-publication review, impact metrics, and an ecosystem of open-sci-ence tools. Frontiers has published over 50,000 articles across 57 jour-nals and 430 disciplines, which receive 8 million monthly views, and are supported by over 290,000 researchers.

Getson & Shatz, P.C. #122www.researchergreencard.comBrian H. Getson, Esq., 1995 UPenn School of Law graduate, leads the U.S. immigration law firm of Getson & Schatz, P.C. His law firm of-ten provides a money-back guarantee to scientific researchers qualified for EB-1/NIW green cards. Major scientific organizations have invited Mr. Getson to speak, including the American Society of Mechanical

Engineers, the American Society for Cell Biology, and the American Chemical Society, in addition to the Wistar Institute. Mr. Getson is a published author on obtaining EB-1/NIW green cards.

GMW Associates #535www.gmw.comElectromagnet Systems for Spintronics, thin film measurements, ma-terials development, magnetic sensor development, magnet processing, and biological studies. New developments in GMW lab electromagnets include Vector Field Projected Magnet, AC Electromagnets, and higher field 3480 bench-top electromagnets with fields >+/-3T at small gaps. High-temperature Superconducting electromagnets from HTS-110 in standard dipole, solenoid and projected field configurations with fields to +/- 16T.

GradSchoolShopper #218www.Gradschoolshopper.comGradSchoolShopper is the most complete directory of graduate pro-grams in the physical sciences, complete with comparative information on degrees, admissions, housing, degree requirements, research spe-cialties, facilities, notable alumni, etc. Students considering graduate school--and faculty who advise those students are encouraged to come by the booth for free materials.

HeatWave Labs #637www.cathode.comHeatWave Labs specializes in the vacuum tube and vacuum equipment industries. Our expertise includes thermionic cathodes and ion emit-ters and guns, Ion Sources and ionizers, Ion pumps and controllers, vacuum tube design, processing, specialized refractory materials, UHV sample heating and filament products, temperature controllers and re-lated products.

Heidelberg Instruments, Inc. #334www.himt.deHeidelberg Instruments Mikrotechnik GmbH is the world leader in the production of high precision photolithography systems and Maskless Aligners. Heidelberg Instruments has an installation base of over 700 systems in more than 50 countries. Our optical direct write lithography systems are installed in academic and industrial sites and are used in re-search, development and production. Applications Include Photomask Manufacturing, MEMS, MOEMS, Micro-fluidics, CMOS, LED and Display Technologies.

High Precision Devices #605,607www.hpd-online.comHPD offers a full line of research cryostats for low temperature phys-ics, all of which are re-configurable to customers specific needs. This includes cryogen-free Adiabatic Demagnetization Refrigerator (ADR) cryostats that achieve 40 mK, with regulation times at 100 mK of over 200 hours, and DRs that reach 25 mK.

Horiba Scientific #321www.horiba.com/scientificHORIBA Scientific, leading manufacturer of high performance spectro-scopic instrumentation, offers Raman spectrometers, hybrid and mod-ular Raman and transmission Raman, optical components, scientific cameras & light sources and high performance CCDs. Recent innova-tions include ParticleFinder module for LabSpec 6 enabling automation and ease of use for particle analysis, and MicOS microspectrometer for photoluminescence.

Huntington Mechanical Labs #310www.huntvac.comHuntington Labs since 1969! Celebrating 45 Years of UHV compo-nents and custom chambers. Specializing in Motion Feedthroughs, Ma-nipulators and Stages. We have been told we make the best Custom Chamber in the industry. Please visit our brand new website at www.huntvac.com to see both new and recently enhanced standard catalog offerings. We would love to have you come by to say hello and we will show you what is new at Huntington Mechanical Labs


HYPRES, Inc. #639www.hypres.comHYPRES provides state-of-art fabrication in a Class 100 cleanroom sup-porting custom fab services including thin film deposition (sputtering, evaporation, PEVCD and growth); photolithography (0.25um, deep-UV stepper); etching (RIE, IBE, ICP); CMP. It offers a superconductor process with up to 10 superconducting layers and can produce a ful-ly-superconducting multi-chip module (MCM).

ICE Oxford Limited #706www.iceoxford.comICEoxford manufacture customised cryogenic systems with magnetic fields for the global scientific community. With a combined 150+ years of cryogenic experience to call on, ICEoxford is superbly positioned to supply bespoke systems suited to the particular application. ICE Specia-lises in wet and dry systems as well as repairs and service.

Institut quantique - Université de Sherbrooke #737https://www.usherbrooke.ca/iq/The Institut Quantique (IQ) of Université de Sherbrooke brings togeth-er internationally recognized leaders in research and interdisciplinary training in science and quantum technologies. The IQ is a collaborative environment at the interface of quantum computing, quantum materi-als and quantum engineering offering exceptional scientific and profes-sional perspectives to its students, members and partners.

IOP Publishing #111,113www.publishing.iop.orgIOP Publishing provides a range of journals, ebooks, magazines, web-sites and services that enable researchers and research organisations to reach the widest possible audience for their research. We combine the culture of a learned society with global reach and highly efficient and effective publishing systems and processes.

J.A. Woollam Co., Inc. #131www.jawoollam.comFor all your ellipsometry needs, from measuring your thin film sample to installing and training of your very own ellipsometer, the J.A. Wool-lam Company is here for you every step of the way. We provide a wide variety of ellipsometers to help you characterize your thin films, cover-ing spectral ranges from vacuum ultra-violet to far infared, accompanied with over 25 years of personal support.

Janis Research Company, Inc. #231,233www.janis.comJanis Research offers a complete line of cryogenic systems including di-lution refrigerators, superconducting magnet systems, cryocoolers, VT cryostats, noble gas cold traps, micromanipulated probe stations, and more. Our staff of physicists and engineers will assist you in choosing the best cryogenic systems to meet specific experimental requirements and budgets.

Janssen Precision Engineering #432www.jpe.nlJanssen Precision Engineering (JPE) is committed to provide cutting edge solutions. By closely cooperating with scientists we understand your needs. We don t focus on selling; it s our goal to provide a solution for your experiment. Our unique PiezoKnob technology ensures nano-meter resolution, high load capability, low dissipation and extremely stable positioning.

Keysight Technologies #304www.Keysight.com/researchKeysight helps customers bring breakthrough electronic products and systems to market faster. Our solutions go where the electronic signal goes, from design simulation, to prototype validation, to manufacturing test, to optimization in the network. In the research lab, our ongoing pursuit of innovation enables new breakthroughs in science and tech-nology.

Keysight Technologies (formerly Agilent Technologies) #306www.Keysight.com/find/nanoThe 9500 atomic force microscope integrates powerful NanoNaviga-tor software with QuickScan enabling scan rates up to 2 sec/frame; automatically sets parameters; Quick Sense for quantitative mapping of nanomechanical properties; industry-leading environmental & tem-perature control. Also show the compact, high performance 8500 SEM, combining low voltage imaging & advanced EDS elemental analysis.

Kimball Physics, Inc. #501www.kimballphysics.comElectron and ion guns with matching power supplies ranging in energy from 1 eV to 100 keV, producing beams from small spots to flood while incorporating high performance rugged cathodes (ie LaB6). Compact modular UHV vacuum chambers (Multi-CFTM) and fittings with adaptable internal mounting apparatus (Groove-Grabber and eV Parts®) to enable complex instrument/experimental set-ups.

Kurt J. Lesker Company #125www.lesker.comWorld’s premier supplier of vacuum technology products including: pumps/oils, vacuum hardware/components, custom manufactured vac-uum chambers, vacuum and thin film deposition systems, and thin film deposition materials. Worldwide distributor of VAT® quality vacuum valves. Isoflux cylindrical magnetron cathodes and systems. Ask about our ALD technology and licensed pulsed cathodic arc technology.

Labber #604www.labber.comLabber provides a powerful, yet easy-to-use, software package for signal creation, instrument control, measurement automation, data analysis and data management, with focus on experimental quantum engineer-ing and quantum information processing.

Lake Shore Cryotronics Inc. #401,403www.lakeshore.comSupporting advanced research since 1968, Lake Shore is a leading in-novator in measurement and control solutions for materials characteri-zation under extreme temperature and magnetic field conditions. Prod-uct solutions include cryogenic temperature sensors/instrumentation, magnetic instruments, probe stations for electronic material testing, and materials characterization systems that explore properties of next-gener-ation materials.

Leybold USA Inc. #538www.leybold.comLeybold is an ISO 9001 certified manufacturer of vacuum technologies for use in rough, medium, high and ultra-high vacuum applications. We offer oil sealed pumps, dry compressing and oil-free pumps, boosters, turbo-molecular pumps, diffusion and cryogenic vacuum pumps, thin-film deposition systems, repair services and vacuum technology training courses.

Low Noise Factory #336www.lownoicesfactory.comLow Noise Factory (LNF) offers the lowest noise, highest performance Low Noise Amplifiers in the world. Our cryogenic models have become the de-facto standard in physics related research throughout the world thanks to their unprecedented sensitivity. We offer cryogenic LNAs from 0.3 to 115 GHz.

Mad City Labs, Inc. #400www.madcitylabs.comMad City Labs, Inc. manufactures innovative piezo nanopositioning systems suitable for super resolution microscopy, metrology, interferom-etry and astronomy. Nanopositioners feature picometer precision, high stability, PicoQ® sensors, and closed loop control. Featured products: low cost AFM/NSOM, RM21 microscopes, multi-axis nanopositioning systems, Nano-MET series picopositioners, MadMotor UHV piezo mo-tor stage, MMP micropositioners.


Mantis-Sigma #634www.mantisdeposition.comMANTIS Deposition and SIGMA Surface Science are dedicated to the development and manufacture of high-quality systems and components for cutting-edge applications in thin film deposition and surface anal-ysis. We specialize in nanoparticle deposition, sputtering, PVD, MBE, PLD, and RF-atom/ion techniques, as well as state-of-the-art UHV SPM and ESCA technology.

Materials Research Society #234www.mrs.orgAn interdisciplinary scientific society renowned for its Spring and Fall Meetings, MRS also provides a vast collection of high-quality cut-ting-edge materials research. From its flagship publications MRS Bulle-tin, Journal of Materials Research (JMR), MRS Communications and MRS Energy & Sustainability A Review Journal to its newest offering, MRS Advances, MRS identifies and responds to the evolving needs of the materials community. Visit www.mrs.org/member-benefits, to learn about the full range of MRS member benefits, including free access to all of these journals.

MDC Vacuum Products, LLC #405,407www.mdcvacuum.comMDC Vacuum Products, LLC, stocks thousands of off-the-shelf vac-uum components. The MDC product line consists of flanges, fittings, valves, roughing hardware, vacuum measurement and motion & manip-ulation instruments, thin film equipment and surface science chambers. We feature Insulator Seals comprehensive line of hermetically sealed electrical feedthroughs and optical components for even the most de-manding Ceramic-to-Metal seal applications.

Micro Photonics #739www.microphotonics.comMicro Photonics is a full-service instrumentation sales, training, and support company, offering high quality, economical components and systems for HV, UHV, MBE, and CVD applications. We provide mini e-beam evaporators, ion and RF atom sources, thermal crackers, nano-cluster sources and systems for ion milling, nanocluster deposition, and CVD graphene/2D material synthesis. Benchtop to advanced systems.

MOGLabs #601www.moblabs.comTuneable laser systems (cateye interference filter and Littrow), wave-meters, optical amplifiers, AOM and RF drivers, noise eaters, high bandwidth servo controllers and other instrumentation. Ask us about achieving sub-Hz linewidths with MOGLabs lasers!

Montana Instruments #428,430www.montanainstruments.comMontana Instruments designs and manufactures high-performance op-tical cryostats for research and industry. The Cryostation is known for its low vibrations, stable programmable temperature, easy sample access, and hassle-free operation. Visit our booth to see the latest product inno-vations, including an all new Cryo-Optic with an integrated horizontal high NA objective.

Nanomagnetics Instruments Ltd. #331,329www.nanomagnetics-inst.comSingle/Multiple Probe AFM-NSOM-SPM systems ideal for photonics, plasmonics, photoconductivity measurements; MultiProbe SPM sys-tems allow multiple probe, advanced SPM characterization for electri-cal characterization, thermal diffusivity, chemical/gas nanolithography, SPM-SEM/FIB integration for advanced SPM measurements in SEM/FIB; AFM-Raman-TERS systems for all modes of TERS measurements; Optically integrated Low Temperature Multiple Probe SPM Systems; Ideal workstations for 2D characterization down to 10K.

Nanonics Imaging LTD #539www.nanonics.co.ilNanonics Imaging, the leading provider of AFM-NSOM-SPM systems, proudly presents a wide variety of AFM and NSOM solutions. Multi-probe AFM systems ideal for electrical characterization and thermal diffusivity. Nanonics SPM systems available for AFM-Raman & TERS measurements. Low Temperature AFM with optical integration for 2D characterization. Contact Nanonics for customized options!

Nanoscale Science Research Centers (NSRC) #130https://nsrcportal.sandia.govThe Nanoscale Science Research Centers (NSRCs) are DOE’s premier user facilities for interdisciplinary research at the nanoscale, serving as the basis for a national program that encompasses new science, new tools, and new computing capabilities. Each center provides free access to users to conduct non-proprietary research for particular expertise and capabilities in selected theme areas, such as synthesis and charac-terization of nanomaterials; catalysis; theory, modeling and simulation; electronic materials; nanoscale photonics; soft and biological materials; imaging and spectroscopy; and nanoscale integration.

NanoScan #738www.nanoscan.chNanoScan is a member of the IonTof group of companies. We are specialized in high-vacuum Scanning Probe Microscopes and our flag-ship microscope, the VLS-80, offers a high-end standalone solution for high-vacuum SPM. It runs all dynamic modes of imaging and is equipped with two phase-locked loops to enable dual modes.

National Academies of Science, Engineering, & Medicine #119www.national-academies.org/rapThe National Academy of Sciences offers postdoctoral and senior re-search awards on behalf of 26 U.S. federal research agencies and affil-iated institutions with facilities at over 100 locations throughout the U.S. and abroad.

National High Magnetic Field Laboratory #239www.magnet.fsu.eduThe National High Magnetic Field Laboratory is the largest, high-est-powered, most interdisciplinary user facility magnet laboratory in the world. Together three institutions, Los Alamos National Laboratory in New Mexico, University of Florida in Gainesville and Florida State University in Tallahassee operate the lab, collaborating with a world wide user community to advance science, engineering and technology in the 21st century.

National Reconnaisance Office #314www.nro.milR &D Funding - The National Reconnaissance Office’s Director’s Inno-vation Initiative (DII) invests in advanced technologies, fosters innova-tion, and provides seed funding to push the boundaries of technology to dramatically improve our overhead reconnaissance capabilities and presents an opportunity for developers not traditionally associated with the NRO to participate.

National Science Foundation #136-141www.nsf.govWe will have Program Officers from the Condensed Matter Physics (CMP) program in the Division of Materials, and the Atomic, Molecu-lar, and Optical Physics (AMO), Quantum Information Science (QIS), Computational Physics (CP), Integrative Activities in Physics (IAP), and the Physics of Living Systems (PoLS) programs in the Division of Physics.

Neaspec GmbH #203www.neaspec.comNeaspec is dedicated to delivering innovative solutions for nanoscale op-tical imaging & spectroscopy for researchers in industry and academic institutions. Neaspec’s neaSNOM the ultimate nanoanalytic microsco-py platform for materials research and photonics enables optical analysis of complex material systems at visible, infrared and terahertz frequencies at a spatial resolution of 10nm.


Neutron Scattering Society of America #437,439www.neutronscattering.orgThe Neutron Scattering Society of America (NSSA) was formed in 1992 and is an organization of persons who have an interest in neutron scat-tering research in a wide spectrum of disciplines

Nor-Cal Products, Inc. #606www.n-c.comVisit our Vacuum Experts at booth 606 to learn more about what Nor-Cal Products can do for you. Components on display include: Cus-tom Chambers and Weldments, Isolation and Pressure Control Valves, Foreline Traps, Heater Jackets, Insulators and Controllers, Viewports, Glass Adapters, Feedthroughs, and Sample Transfer and Manipulation Devices.

NT-MDT Spectrum Instruments #318www.ntmdt.ieCome visit us at booth #318 where we will have live demonstrations on our Fully Automated Titanium AFM with HD controller. Our AFM has more than 60 built-in modes bringing unlimited capabilities to your lab. Extremely low drifts, cutting-edge technology and online quanti-tative measurements make Titanium an exceptional and unique choice for your lab.

OriginLab Corporation #534www.originlab.comOrigin is an industry-leading graphing and data analysis software for science and engineering. Features include 100+ customizable 2D, 3D, statistical and specialized graphs, batch plotting, curve fitting, peak analysis, signal processing, advanced statistics, result recalculation on data or parameter change, batch analysis, and programming support for C, R, and Python.

Oxford Instruments Nanoscience #721,723,725,727www.oxford-instruments.comOxford Instruments NanoScience designs, supplies and supports re-search tools enabling quantum technologies, new materials and device development. Visit us to see our latest Cryofree innovations for: mil-liKelvin experimental applications including low-temperature detectors, QIP and qubit development; ultra-fast quantum transport measure-ment; graphene/2D materials; low temperature spectroscopy in vacuum or exchange gas.

Oxford University Press #223,225www.oup.com/usOxford University Press is proud to publish some of the world’s leading physics titles. Please visit our booth for discounts on new and classic books, and free journal samples.

Park Systems, Inc. #705www.parkAFM.comPark Systems is a world leading manufacturer of atomic force microsco-py (AFM) systems with a range of products for researchers and industry engineers in biological science, materials research, semiconductor, and storage industries. Park’s AFM provides the highest data accuracy, supe-rior productivity, and lowest operating cost. Learn more at http://www.parkafm.com.

Pfeiffer Vacuum #500www.pfeiffer-vacuum.comPfeiffer Vacuum provides vacuum solutions from a single source. We supply a full range of hybrid and magnetically levitated turbo pumps, helium/hydrogen leak detectors, backing pumps, measurement and analysis devices, vacuum chambers and components. Pfeiffer Vacuum has provided innovative solutions and high-tech products for over 125 years.

Physical Society of Japan #120www.jps.or.jp/english/The Physical Society of Japan (JPS) has around 17,000 members. JPS publishes Journal of the Physical Society of Japan, Progress of Theoret-ical and Experimental Physics, and JPS Conference Proceedings, which are devoted to the rapid dissemination of important research results per-taining to all fields of physics.

Physics Today Exhibitor Lounge #138PhysicsToday.orgBreakfast is on Physics Today! At the Physics Today sponsored exhibitor lounge, you can recharge or have a meeting. You can also use Physics Today as a medium for communicating with your potential customers. Stop by today for a coffee and ask us how we can help your sales goals.

Phytron, Inc. #237www.phytron.comEstablished in 1947, Phytron is a leading manufacturer of stepper mo-tors and controls for use in ambient and extreme environments includ-ing vacuum, radiation, cryogenic and space. Unparalleled quality, in-novation, full in-house testing & qualification and flexibility in custom design have put Phytron in the forefront of stepper motor technology.

Pressure Wave Systems #615www.pressurewave.dePressure Wave Systems GmbH is developing oil-free compressors for Gifford-McMahon and pulse tube Ccyocoolers. The company was started in 2012 in Munich in order to develop an energy efficient solu-tion for high power cryocoolers used in medical systems, such as MRI scanners, in semiconductor to power cryopumps. In the meantime the company has developed several prototypes for a technology that might save more than 50% of the electrical energy used compared to conven-tional cooling solutions as well as an oil-free compressor concept that can be used with any existing GM or Pulse Tube Cryocooler. Moreover the technology can be used anywhere where ultra-clean gas needs to be compressed.

PREVAC sp. z o.o. #735www.prevac.euPREVAC founded in Rogów (Upper Silesia, Poland) in 1996 is focused on setting the standards in precision UHV technology and PREVAC’s logo is recognizable throughout the world as a mark of quality in this field. Since its foundation PREVAC has been one of the world’s leading manufacturers of research equipment for analysis of high and ultra high vacuum applications.

Princeton Scientific Corp. #402www.princetonscientific.comWe have an excellent and long standing reputation for Metallic Single Crystals, various Oxide Crystalline Materials, Laser Components, Su-perconductor substrates, Optical Components, Opto-Electronic Com-ponents and Sputtering targets within the market place. Not only do we offer crystal boules, blanks, semifinished- and finished products in the form of wafers, windows, lenses, prisms, tubes, rods, crucibles but also cutting and polishing services for such materials. We also supply Beam Diagnostics, Precision Wire Saws, Lapping & Polishing machines. New Products:Wobblestick Manipulators;Linear/Rotary Feedthroughs; Pre-cision Wire Saw WS-25

Princeton University Press #219www.press.princeton.eduPrinceton University Press publishes major trade, textbook, and profes-sional titles in physics. Visit booth 219 to see books from our 2016 and 2017 lists, including Neil de Grasse Tyson, J. Richard Gott & Michael A. Strauss s Welcome to the Universe; Dave Goldberg s The Standard Model in a Nutshell; Paul Langacker s Can the Laws of Physics be Uni-fied?; and Edward L. Robinson s Data Analysis for Scientists and Engi-neers. All books are 30% off and discount code EX141 can be used on-line to order forthcoming titles such as Kip Thorne & Roger Blandford s Modern Classical Physics and Philip Nelson s From Photon to Neuron.


Quantum Circuits, Inc. #316www.quantumcircuits.comQuantum Circuits, Inc. (QCI) is a private venture whose long-term goal is to develop, manufacture, and sell the first practical and useful quantum computers based on superconducting devices. Along the way to building a quantum computer, QCI will commercialize the com-ponents, devices, and software that will accelerate basic research and enable the scaling of quantum computing. Currently, QCI is selling quantum limited amplifiers.

Quantum Design #416,418,420,422www.qdusa.comQuantum Design International manufactures automated material char-acterization systems (PPMS®, MPMS®3, VersaLab , DynaCool ) provid-ing temperatures from 0.05K to 1000K and fields up to 16 tesla, and advanced helium liquefiers and recovery systems. They also distribute lithography systems, FMR and Terahertz sources/spectrometers, crystal furnaces, SPM for PPMS, single photon detectors and educational kits for quantum optics.

R.D. Mathis #413www.rdmathis.comWe offer the highest quality evaporation sources, E-Beam Liners and materials for the thin film coating industries. Our Catalog offers a com-prehensive selection of Tungsten, Molybdenum and Tantalum sources as well as custom fabrication. We also offer a wide variety of E-Beam Liners and evaporation materials including gold, silver, nickel, alumi-num, etc. Our “LV Series” Low Voltage, High Current Power Supplies and our “GP 100” Inert Gas Purifier are available to compliment your evaporation process. www.rdmathis.com

Radiant Technologies, Inc. #133www.ferrodevices.comRadiant’s Precision materials testers are designed unlike any other test instruments in the world. They can characterize the individual material properties of dielectric response, remanent polarization, piezoelectricity, pyroelectricity, and electrical leakage with no configuration change. Ra-diant has introduced a MultiFerroic Test system, Advanced Piezolectric measuring software and hardware, as well as new Magneto software/hardware bundle to characterize the charge response of a piezoelectric or multiferroic sample in the presence of a magnetic field.

Research in Germany #711,713,715www.dfg.deInformation Booth, March 13-16, 2017, During exhibition hours, Ernest N. Morial Convention Center, Booths #711, 713, 715. Meet representatives of AFAvH, DAAD, DFG, DPG, Clusters of Excellence, Graduate Schools and MPG to learn more about research and funding opportunities in Germany. Career Café, March 15, 2017, 3-4.30 pm, Ernest N. Morial Convention Center, APS Exhibits Theater. Take the opportunity to talk to scien-tists from different German physics research institutions, scholars and alumni of different funding programs to exchange experiences about research and career opportunities in Germany in a relaxed atmosphere. This event is recommended to PhD students as well as early career re-searchers and senior researchers.

Resolved Instruments #312www.resolvedinstruments.comResolved Instruments will debut their DPD80, an 80 MS/s digital photodetector that streams data directly to your computer over USB-3. Included software allows researchers to acquire real-time data in ei-ther the time or frequency domain, eliminating the need for separate photodetectors, amplifiers, A2D converters, oscilloscopes, & spectrum analyzers.

RHK Technology, Inc. #410,412,311,313www.rhk-tech.comRHK Technology: The leader in cryogen-free LT-SPM, VT-SPM, and universal SPM controllers. RHK Technology s modular system offerings can be upgraded from ambient SPM all the way to cryogen-free AFM/STM systems with integrated superconducting magnets. The market s most advanced SPM controller, R9plus, powers all RHK Technology systems.

Rigaku Americas Corporation #333www.rigaku.comRigaku provides the worlds most complete line of X-ray diffraction and X-ray fluorescence instruments and components. Systems include the MiniFlex XRD and Supermini WDXRF benchtop systems, the Smart-Lab multi-purpose diffractometer with SAXS and in-plane capabilities, DMAX Rapid II micro-diffraction system, SMAX3000 small angle scat-tering systems and the ZSX Primus WDXRF

Royal Society of Chemistry #118www.rsc.orgThe Royal Society of Chemistry is the world’s leading chemistry com-munity, advancing excellence in the chemical sciences. With over 50,000 members and a knowledge business that spans the globe, we are the UK’s professional body for chemical scientists; a not-for-profit organisation with 170 years of history and an international vision for the future. We promote, support and celebrate chemistry. We work to shape the future of the chemical sciences – for the benefit of science and humanity.

Royal Society Publishing #221royalsociety.org/journalsThe Royal Society publishes ten journals, including three in the phys-ical sciences. Proceedings A publishes outstanding research and review articles; Philosophical Transactions A publishes theme issues on topics of current scientific importance; Royal Society Open Science publishes high quality, open access research on the basis of objective peer review. Come and find out more at booth 221.

SAES Group #322www.saes-getters.comSAES Group is the world leader in the development of NEG pumps. For over 70 years, we have provided compact and powerful vacuum solutions for a variety of UHV/XHV (1e-13 1e-9 Torr) applications. Recently, CapaciTorr HV pumps (1e-9 1e-6 Torr) have been developed, vastly expanding the applicability of our pumps.

SAXSLAB US #436www.molmexscientific.comSAXSLAB, and its parent company Xenocs, are the leaders in Small An-gle X-ray Scattering (SAXS) for Nanoscale Metrology. We offer a wide range of versatile tools for molecular structure analysis of soft matter, polymers, nanomaterials, proteins, surfaces and nanoelectronics. Our innovative portfolio includes SAXS/WAXS instruments with capabili-ties from specific measurements to state-of-the-art research platforms. All our products are backed by the most experienced worldwide team of specialist scientists and engineers.

ScientaOmicron #510,512,514www.vgscienta.comScientaOmicron is the world’s premier supplier of equipment for elec-tron spectroscopy, with experience that goes back more than four de-cades. Our product line includes state-of-the art ARPES analyzers with unchallenged energy and angle resolution, including the novel hemi-spherical analyzer Scienta DA30, that uses deflectors to enable full cone acceptance. Furthermore, we offer excellent transmission ambient pres-sure analyzers, as well as and high intensity UV and X-ray sources. Our vacuum product offering includes custom designed 304, 316SS & Mu Metal vacuum chambers, linear translators, XYZ manipulators, cryo-stats, the SoftShut gate valve series, and all-metal angle & leak valves. Our two production facilities, located in the United Kingdom and Swe-


den, with over 150 employees are considered to be the world’s premier supplier of quality products to the exacting standards of the vacuum and surface science market.

Scientific Instruments, Inc. #337www.scientificinstruments.comSI is involved in the design and manufacture of cryogenic temperature sensors and instrumentation for laboratory, aerospace, industrial and medical applications. Other product areas include petrochemical tank gauging systems for liquid natural gas (LNG) Storage tanks, LNG com-position analyzer systems and aircraft temperature probes.

Sentys Inc. #635www.sentys.comSentys sells equipment for materials research from a range of German manufacturers. Exclusively representing CreaTec in The Americas we proudly offer their LT-STM/AFM System with sophisticated in-situ ca-pabilities such as magnetic field, transport measurements, optical sam-ple telescope, sample cleaving, laser probing and doping. Also: Com-plete MBE Solutions, bake-out, etc.

Signal Recovery #406www.signalrecovery.comWill be exhibiting items from their range of lock-in amplifiers, signal averagers, preamps, and optical choppers. We will be premiering our latest model 7230 precision lock-in featuring easy-to-use control pan-els that can be operated from any computer via your favorite browser. Come by and pick up a free catalog!

SmarAct #536www.smaract.comSmarAct develops and produces piezo-based high-accuracy positioning and measuring systems for the micro- and nanometer scale in industrial and research applications. Comprehensive positioner systems with nu-merous degrees of freedom and parallel kinematics, microscope stages and laser interferometers can be assembled to custom-built, complete robotic systems and work under extreme conditions, e.g., ultrahigh vac-uum, cryogenic temperatures, and non-magnetic materials.

Society of Physics Students #216www.spsnational.orgThe Society of Physics Students offers workshops, meetings and other resources that help to transform physics students into career scientists. SPS funnels hundreds of undergraduates into APS student member-ships, and is managing the upcoming Physcon 2016 meeting the world s largest gathering of physics undergraduates November 3-5 in San Fran-cisco, CA.

Solartron Analytical #404www.solartronanalytical.comSolartron Analytical provides a range of solutions that enable researchers to measure the electrical properties of materials. Testing at high and low temperature is simplified using integrated temperature control facilities, while our comprehensive data acquisition / materials analysis software helps to optimize your materials. The new ModuLab MTS materials test system is a modular system which offers unique capabilities with its integrated time domain (I-V), pulse, impedance, C-V, Mott-Schottky, and temperature control techniques.

SPECS Surface Nano Analysis GmbH #504www.specs.comSPECS manufactures cutting-edge customized systems and components for surface analysis in UHV, based on methods like XPS, UPS, AES, ISS, STM, LEEM/PEEM, LEED, SIMS, SNMS and HREELS. We offer a variety of sources for deposition, excitation and charge neutral-ization as well as analyzers, monochromators and research microscopes like LEEM and STM.

Springer Nature #110,112,114,116www.nature.comNature Publishing Group (NPG) produces scientific information for researchers and the scientifically interested general public. Each month our high-impact journals, open access titles, news, apps, conferences and job listings help over 9 million users to advance their research, reputa-tion, careers and knowledge. Part of Macmillan Science and Education.

Staib Instruments, Inc. #330www.staibinstruments.comSTAIB produces high-performance instruments for in-situ material analysis and Multi-technique Surface Analysis Chambers: RHEED sys-tems for structure, film quality in UHV & high pressure; Auger Probe for elemental composition during growth; CMA energy spectrometers (Auger, SAM, XPS, UPS) for analytical surface studies; Electron Guns - flood, microfocus, general-purpose, low-energy, nano-focus; SEM; PEEM; X-ray Sources.

Stanford Research Systems (SRS) #507,505www.thinksrs.comSRS will be exhibiting their full line of scientific test equipment includ-ing the new SR2124 Dual Phase Analog Lock-In Amplifier.

STAR Cryoelectronics #415www.starcryo.comSTAR Cryoelectronics offers advanced LTS and HTS dc SQUID sensors, high-performance PC-based SQUID readout electronics (pcSQUID ), the popular Mr. SQUID® Educational Demonstration System, custom LTS and HTS thin-film fabrication services, custom cryocables, cryogen-free ADR cryostats, TES microcalorimeter and STJ detectors, and turn-key spectrometers for X-ray microanalysis and syn-chrotron beamlines.

Sumitomo (SHI) Cryogenics of America #204,206www.shicryogenics.comSumitomo (SHI) Cryogenics of America, Inc. (SCAI), part of the SHI Cryogenics Group, designs and manufactures a wide range of products, including 4K and 10K Cryocoolers, Pulse Tubes and Cryopumps. In addition, the SHI Cryogenics Group serves customers with facilities around the world and delivers innovative solutions to the research, op-tical coating, semiconductor and medical industries.

SUNPOWER, Inc. #320www.sunpowerinc.comSunpower sells Free-Piston Stirling technology, in the form of engines and cryocoolers. We manufacture the most efficient cryocoolers avail-able on the market, and are a highly capable R&D lab for new product development in Stirling.

Tabor Electronics Ltd. #335www.tabelelec.comTabor Electronics is a world-leader in the test and measurement in-dustry. The company’s extensive product portfolio includes signal am-plifiers, pulse, function and arbitrary waveform generators, waveform creation software and more, in various platforms, interfaces and fre-quency ranges. Technologically advanced, featuring the highest levels of performance, reliability, and most of all, price-competitiveness, they are sought-after in a diverse array of applications. In the last 2 years, Tabor was the vendor of choice for many physics labs around the world, espe-cially with our WX2184- four channels, 2.3GS/s AWG.

TeachSpin, Inc. #611www.teachspin.comFoundational Magnetic Susceptibility is TeachSpin’s newest apparatus appropriate for the advanced and intermediate lab. Its intellectual trans-parency will impress both you and your students. But there is a big surprise for the entire physics community that will be described at this meeting. Be the first to learn about it! We are excited to announce it.


The Japan Society of Applied Physics #115www.jsap.or.jp/english/index.htmlThe Japan Society of Applied Physics (JSAP) will promote our interna-tional journals, Applied Physics Express (APEX) and Japanese Journal of Applied Physics (JJAP). These journals cover various fields in applied physics, including the fields in semiconductors, photonics, supercon-ductors, spintronics, nanoscale science, and plasma processing

Toptica Photonics, Inc. #124www.toptica.comTOPTICA is the world leader in diode laser and ultrafast technology for industrial and scientific markets. We offer the widest range of single mode tunable light in the 190 to 2900nm and 0.5-2.5THz spectral region with various accessories to measure, characterize, stabilize and analyze light.

US Naval Research Laboratory #134www.nrl.navy.milThe U.S. Naval Research Laboratory provides the advanced scientific capabilities required to bolster our country’s position of global naval leadership. Here, in an environment where the nation’s best scientists and engineers are inspired to pursue their passion, everyone is focused on research that yields immediate and long-range applications in the defense of the U.S.

Vacuum Technology Inc. #339http://www.vti-glovebox.com/Based in Gloucester, Massachusetts, Vacuum Technology Inc. builds and services the glove box needs of educational and industrial clients world-wide by integrating best in-class components sourced from Europe, Asia, UK and the USA. Along with standard offerings, we proudly highlight our engineering talent and customer-centric customization shop.

VAKSIS R&C and Engineering #704www.vaksis.comVaksis designs and manufactures vacuum systems. Each of these systems is designed for requirements of customers needs and satisfactions are kept at the highest level. Our customized systems are in use effectively in many universities and industrial laboratories. We create innovative, durable as well as flexible and user friendly systems.

VAT #200www.vatvalve.comVAT is the leading global developer, manufacturer and supplier of high-performance, high-end vacuum valves, multi-valve modules, edge-welded bellows and related value-added services.

Wolfram Research #305www.wolfram.comWolfram has been defining the computational future for nearly three decades. As the creators of Mathematica, Wolfram|Alpha, and the Wol-fram Language, we are the leader in developing technology and tools that inject sophisticated computation and knowledge into everything.

World Scientific Publishing Company #121www.wspc.comEstablished in 1981, World Scientific Publishing Company today is one of the leading STM publishers. Publishing 500 titles a year and 120 journals, and with offices worldwide, our mission is to develop the highest quality knowledge-based products and services for the academic, scientific, professional, research and student communities

Xenocs #438www.molmexscientific.comXenocs, and its subsidiary SAXSLAB, are the leaders in Small Angle X-ray Scattering (SAXS) for Nanoscale Metrology. We offer a wide range of versatile tools for molecular structure analysis of soft matter, polymers, nanomaterials, proteins, surfaces and nanoelectronics. Our innovative portfolio includes SAXS/WAXS instruments with capabili-ties from specific measurements to state-of-the-art research platforms. All our products are backed by the most experienced worldwide team of specialist scientists and engineers.

Yale University Press #217yalebooks.comYale University Press publishes books and other materials that further scholarly investigation, advance interdisciplinary inquiry, stimulate public debate, educate both within and outside the classroom, and en-hance cultural life.

Zurich Instruments #317,319www.zhinst.comZurich Instruments makes cutting-edge instrumentation for scientists and technologists in advanced labs who are passionate about phenom-ena that are often notoriously difficult to measure. Our core offering includes lock-in amplifiers, phase-locked loops, arbitrary waveform gen-erator, impedance analyzers, digitizers and boxcar averagers.


A C K N O W L E D G M E N T S

F O C U S O R G A N I Z E R S

2D materials: metals, superconductors, and correlated materials (DMP) Abhay Pasupathy (Columbia Univerity), Cory Dean (Columbia University), Ben Hunt (Carnegie Mellon University)

2D materials: semiconductors (DMP/FIAP) Roland Kawakami (Ohio State University), Kin Fai Mak (Penn State University) Feng Liu (University of Utah)

2D materials: synthesis, defects, structure and properties (DMP) Tony Heinz (Stanford University), Nathan Guisinger (Argonne National Laboratory), Qing Hua Wang (Arizona State University)

Acoustic- Field Driven Colloidal Assembly Patrick Charbonneau (Duke University)

Active matter under confinement (GSNP, GSOFT, DBIO) I. Bruss (University of Michigan), Y. Fily (Brandeis University)

Active matter under confinement (GSOFT, DBIO, GSNP) I. Bruss University of Michigan), Y. Fily (Brandeis University)

Advances and Applications of Numerical Methods in Cold Quantum Gases (DAMOP/DCOMP) Vito Scarola (Virginia Tech)

Advances in cellular and multicellular imaging Ralf Bundschuh (Ohio State University)

Advances in Molecular Dynamics Simulation:á From Atomistic to Coarse-grained Models Gregory A. Voth (University of Chicago), Joan-Emma Shea (UC Santa Barbara), Angel Garcia (Los Alamos National Laboratory)

Advances in quantum simulation (GQI/DAMOP/DCOMP) Phil Richerme (Indiana University), Emmanuel Flurin (University of California, Berkeley)

Architectural design of polymers (DPOLY) Gila Stein (University of Tennessee), Rafael Verduzco (Rice University)

Block copolymers and self-assembled hybrid thin films (DPOLY) Bryan Vogt (University of Akron), Gila Stein (University of Tennessee)

Bring order from disorder with intrinsically disordered proteins Aihua Xie (Oklahoma State University)

Carbon Nanotubes and Related Materials (DMP) Chongwu Zhou (University of Southern California), George Tulevski (IBM)

Chemical physics at the edges: Probing materials at the limits of space, time, and resolution Ara Apkarian (UC-Irvine,), Eric Potma (UC-Irvine)

Chemical Physics of Hydrogen-bonded Networks and Water: Structure and Dynamics Martina Havenith (Ruhr University), Teresa Head-Gordon (UC-Berkeley)

Collective dynamics: Fluid physics of life (GSNP, DBIO) N.T. Ouellette (Stanford University), D.A. Egolf (Georgetown University)

Complex Oxide Interfaces and Heterostructures (DMP) Anand Bhattacharya (Argonne National Laboratory), Ryan Comes (Auburn University), Anderson Janotti (University of Delaware)

Complex phases: colloids and alloys (GSNP, GSOFT) D.A. Egolf (Georgetown University)

Computation Discovery and Design of Novel Materials (DMP/DCOMP) Richard Hennig (University of Florida), Vladan Stevanovic (Colorado School of Mines), Artem Oganov (Stonybrook University), Gus Hart (Brigham Young University)

Computational Physics at the Petascale and Beyond (DCOMP/DMP/DCMP/DCP/DBIO) : Jack C. Wells (Oak Ridge National Laboratory), Nichols A. Romero (Argonne National Laboratory), Jack Deslippe (Lawrence Berkeley National Laboratory), Barry Schneider (National Institute for Standards and Technology)

Continuum descriptions of discrete materials (GSOFT, GSNP) D. Henann (Brown University), K. Kamrin (MIT)

Continuum descriptions of discrete materials (GSOFT, GSNP) David Henann (Brown University) and Ken Kamrin (MIT)

Creating function through geometry: from 3D printing to programmable matter and beyond (GSOFT, DPOLY, GSNP, FIAP) P.-T. Brun (MIT) , Elisabetta A. Matsumoto, Frederick Gosselin (Polytechnique Montreal)) and Johannes T. B. Overvelde (AMOLF)

Creating function through geometry: from 3D printing to programmable matter and beyond (GSOFT, GSNP, DPOLY, FIAP) P.-T. Brun (MIT) , E.A. Matsumoto , F. Gosselin (Polytechnique Montreal), J.T.B. Overvelde (AMOLF)

Devices from 2D materials: function, fabrication and characterization (DMP) Xiaobo Yin (Univerity of Colorado), Ye Yu (Peking University)

The APS leadership and staff extend their sincere thanks to the focus session organizers and abstract sorters, who, during the past year, gave so generously of their time and expertise.


Dielectric and Ferroic oxides (DMP/DCOMP) Guangyong Xu (Brookhaven National Laboratory), Eric Cockayne (National Institute of Standards and Technology), Hiroki Taniguchi (Nagoya University)

Dirac and Weyl semimetals (DMP) Ni Ni (University of California, Los Angeles), Fillip Ronning (Los Alamos National Laboratory)

Disorder and Localization in AMO Systems Erich Mueller (Cornell University)

Dopants and Defects in Semiconductors (DMP/FIAP) Paul Koenraad (Eindhoven University of Technology), Joel Varley (Lawrence Livermore National Laboratory)

Electron, exciton and heat transport in nanostructures (DMP) Maria Chan (Argonne National Laboratory), Richard Schaller (Argonne National Laboratory), Jonathan Malen (Carnegie Mellon University)

Electrons, Phonons and Electron-Phonon Scattering (DCOMP) David Singh (University of Missouri), Matthieu Verstraete (University of Liège)

Emergent Properties of Bulk Complex Oxides (GMAG/DMP) Daniel Phelan (Argonne National Laboratory) Xianglin Ke (Michigan State University), Turan Birol (University of Minnesota)

Evolutionary dynamics of genomes Organziers: Benjamin Greenbaurm (Icahn School of Medicine at Mt. Sinai), Edo Kussello (New York University)

Explicitly Correlated Methods and Quantum Few-Body Systems (DCOMP/DAMOP) Sergiy Bubin (Nazarbayev University, Kazakhstan), Kalman Varga (Vanderbilt University)

Explicitly correlated methods and quantum few-body systems (DCOMP/DAMOP) Sergiy Bubin (Nazarbayev University), Kalman Varga (Vanderbilt University)

Extreme 3D printing: new materials and methods for new functions (GSNP/DPOLY) P.-T. Brun (MIT), Elisabetta A. Matsumoto (Harvard University), Frederick Gosselin (Polytechnique Montreal), Johannes T. B. Overvelde (FOM Institute AMOLF)

Extreme mechanics of shells P.M. Reis ([email protected]), F.L. Jimenez (MIT), J. Marthelot (MIT)

Facilitating Ion Transport: The Role of Structure, Dynamics, and Reaction Rates in Ion Containing Polymers (DPOLY/GSNP) C. Soles (NIST), E. Gomez (Penn State University)

Facilitating Ion Transport: The Role of Structure, Dynamics, and Reaction Rates in Ion Containing Polymers (DPOLY/GSNP) Chris Soles (NIST) and Enrique Gomez (Penn State)

Fe-based Superconductors (DMP/DCOMP) (1) Chris Stock (University of Edinburgh), Chris Homes (Brookhaven National Laboratory), Rafael Fernandes (University of Minnesota)

First-Principles Modeling of Excited-State Phenomena in Materials (DCOMP/DCP/DMP) David Singh (University of Missouri), Matthieu Verstraete (University of Liège)

First-Principles Modeling of Excited-State Phenomena in Materials (DCOMP/DCP/DMP) Noa Marom (Carnegie Mellon University, Andre Schleife (University of Illinois at Urbana-Champaign), Volker Blum (Duke University), Emmanouil Kioupakis (University of Michigan)

Focus Session: Natural Pattern Formation and Earth’s Climate System Mary Silber (University of Chicago)

Frontiers at interfaces: Probing the mechanisms of surface reactions and interfacial carrier dynamics Robert Baker (Ohio State University), Xiaoyang Zhu (Columbia University)

Frustrated Magnetism (GMAG/DMP) Gia-Wei Chern (University of Virginia), Vivien Zapf (Los Alamos National Laboratory), Stuart Calder (Oak Ridge National Laboratory)

Geometry and topology in mechanics C. Santangelo (University of Massachusetts), V. Vitelli (Universiteit Leiden)

Glass formation and dynamics in nanostructure polymers and glasses (DPOLY, GSNP) C. Roth (Emory University), D. Simmons (University of Akron

Glass formation and dynamics in nanostructured polymers and glasses (DPOLY/GSNP) Connie Roth (Emory University) and David Simmons (University of Akron)

Hybrid/macroscopic quantum systems, Optomechanics, and interfacing AMO with solid state/nano systems Benjamin Lev (Stanford University)

Inferring dynamical models of biological systems from data (DBIO, GSNP) I. Nemenman (Emory University)

Jamming of particulate matter (GSOFT, GSNP) C.S. O’Hern (Yale Univesrity)

Knotted biomolecules Jayanth R. Banavar (University of Maryland)

Knotting in Filaments and Fields Mark Dennis (University of Bristol), Gareth Alexander (University of Bristol), and David Foster (University of Bristol)

Low-Dimensional and Molecular Magnetism (GMAG/DMP) Mark Meisel* (University of Florida), Matt Stone (Oak Ridge National Laboratory)

Machine learning for modeling and control (DBIO, GSNP, DCOMP) Ilya Nemenman (Emory University)

Magnetic Nanostructures: Materials and Phenomena (GMAG/DMP) Kathryn Krycka (NIST), Kristen Buchanan (Colorado State University), Liam O’Brien (University of Cambridge)

Magnetic Oxide Thin Films and Heterostructures (GMAG/DMP) Steve May (Drexel University), Yayoi Takamura (University of California, Davis), James Rondinelli (Northwestern University)

Majorana - SC/Topological (DMP) Daniel Loss (Universität Basel), Chris Palmstrom (University of California, Santa Barbara)

Materials in Extremes: Bridging Simulation and Experiment (DCOMP/DCMP/DMP/GSCCM(SHOCK) Ivan Oleynik (University of South Florida), Anatoly Belonoshko (Royal Institute of Technology, Sweden), Ricky Chau (Lawrence Livermore National Laboratory), Timothy Germann (Los Alamos National Laboratory)

Mechanical metamaterials (GSNP, GSOFT) K. Bertoldi (Harvard University, M. van Hecke (Universiteit Leiden)

Mechanical metamaterials (GSOFT, GNSP) Katia Bertoldi (Harvard University), Martin van Hecke

Mechanical patterning in cells and tissues Andras Czirok (University of Kansas)


Mechanical singularities in soft matter (GSOFT, GSNP) J. Dijksman (Wageningen UR), J. van der Gucht (Wageningen UR), J. Snoeijer (University of Twente)

Mechanical singularities in soft matter (GSOFT, GSNP) Joshua Dijksman (Wageningen UR), Jasper van der Gucht (Wageningen UR), Jacco Snoeijer University of Twente)

Mechanics and non-linear rheology of soft gels Emanuela Del Gado (Georgetown University) and Daniel Blair (Georgetown University)

Morphology evolution and structure-property relationships in multicomponent curing systems (DPOLY) Zhifeng Bai (Dow Chemical), Chun Liu (Dow Chemical), Megan Robertson (University of Houston)

Multimodal characterization of soft materials in complex environments (DPOLY, GSOFT) Wei Chen (Argonne National Lab), Cheng Wang (Lawrence Berkeley National Lab), Matthew Tirrell (University of Chicago)

Multimodal Characterization of Soft Materials in Complex Environments (DPOLY) Wei Chen (Argonne National Lab), Cheng Wang (Lawrence Berkeley National Lab), Matthew Tirrell (University of Chicago)

Nanostructured and porous polymers for water purification (DPOLY) Rafael Verduzco (Rice University)

Nanostructures and Metamaterials (DMP) Jacob Khurgin (Johns Hopkins University), Andra Aiu (University of Texas, Austin)

Neural control of behavior Gordon J Berman (Emory University), Greg J Stephens (Vrije Universiteit Amsterdam & Okinawa Institute of Science and Technology)

New Mesophase Symmetries and Topologies in Self-Assembled Soft Matter (GSOFT, DBIO) Gerd Schröder-Turk (Murdoch University, Australia), Annela Seddon (Bristol University, UK), Mahesh K. Mahanthapa (University of Minnesota), Cecilia Leal (University of Illinois)

New Mesophase Symmetries and Topologies in Self-Assembled Soft Matter (GSOFT/DBIO/DPOLY) Gerd Schröder-Turk (Murdoch University), Annela Seddon (Bristol), Mahesh K. Mahanthapa (University of Minnesota), Cecilia Leal (University of Illinois)

Next Generation Fabrication and Applications of Tough Hydrogels (DPOLY/GSOFT) Hyun-Joong Chung (University of Alberta), Daniel King (Hokkaido University)

Non-equilibrium dynamics of neural circuits (DBIO, GSNP) Tatyana O. Sharpee (Salk Institute for Biological Studies )

Non-Equilibrium Physics with Cold Atoms Dominik Schneble (Stonybrook University)

Nonequilibrium Thermodynamics and quantum information (GSNP, GQI) S. Deffner (University of Maryland, Baltimore County), D. Mandal (University of California, Berkeley)

Novel Chemistry under Extreme Conditions (DCOMP/DCP/GSCCM(SHOCK) Maosheng Miao (California State University-Northridge), Russell Hemley (Carnegie Institute of Washington)

Novel Chemistry under Extreme Conditions (DCOMP/DCP/GSCCM) Maosheng Miao (California State University, Northridge), Russell Hemley (Carnegie Institute of Washington)

Organic Electronics and photonics (DPOLY/DMP) Elizabeth von Hauff (VU Amsterdam), Enrico Da Como (University of Bath), Alberto Salleo (Stanford)

Organization of soft materials far from equilibrium (GSOFT, GSNP) R. Beck (Tel Aviv University), C. Leal (University of Illinois)

Organization of soft materials far from equilibrium (GSOFT, GSNP) Roy Beck (Tel Aviv University) and Cecilia Leal (University of Illinois)

Organometal Halide Perovskites; Photovoltaics and beyond (DMP) Feliciano Giustino (Oxford University), Oana Jurchescu (Wake Forest Univeristy)

Photoreceptor and signal transduction Wouter D. Hoff (Oklahoma State University), Andrea Markelz (University of Buffalo, SUNY), Corey O’Hern (Yale Unviersity), Wei Wang (Nanjing Univeristy, China), Aihua Xie (Oklahoma State University), Dongping Zhong (Ohio State University), Donghua Zhou (Oklahoma State University)

Physical properties of the bacterial cytoplasm (GSNP, DBIO) C.S. O’Hern (Yale University)

Physics at Bio-Nano interface (DBIO, DPOLY) Binquan Luan (IBM T J Watson Research)

Physics at bio-nano interface (DBIO/DPOLY) Binquan Luan (IBM T J Watson Research)

Physics of Bio-Inspired Materials (GSOFT, DBIO) Sung Hoon Kang (Johns Hopkins University), Qiming Wang (University of Southern California), Kyoo-Chul (Kenneth) Park (Northwestern University), Ling Li (Harvard University), Megan T. Valentine (University of California-Santa Barbara), Niels Holten-Andersen (MIT)

Physics of cellular organization (DBIO, GSNP) M.W. Gramlich, A. Tabei

Physics of cellular organization (DBIO, GSNP) Michael W. Gramlich (Washington University), Ali Tabei (University of Northern Iowa),

Physics of development and disease Kandice Tanner (NCI/NIH)

Physics of genome organization: from DNA to chromatin (DBIO, GSNP) A.V. Morozov (Rutgers University, L. Mirny (MIT)

Physics of genome organization: from DNA to chromatin (DBIO, GSNP) Alexandre V. Morozov (Rutgers University), Leonid Mirny (MIT)

Physics of liquids (GSOFT, GSNP) Y. Zhang (University of Illinois), H.E. Stanley (Boston University), C.A. Angell (Arizona State University)

Physics of liquids (GSOFT, GSNP) Yang Zhang (Univeristy of Illinois, Urbana-Champaigne), H. Eugene Stanley (Boston University), C. Austen Angell (Arizona State University)

Physics of load-bearing biological and bioinspired materials Megan Valentine (University of California, Santa Barbara), Niels Holten-Andersen (MIT)

Physics of natural polymers, polymer hybrids, and assemblies (DPOLY) Brad Olsen (MIT), XueHui Dong (MIT)

Physics of Polymer Surfaces and Interfaces: Adhesion, Release, Anti-Fouling, and Self-Cleaning Principles (DPOLY, GSOFT) Tirtha Chatterjee (Dow Chemical), Jodi Mecca (Dow Chemical), Jeff Wilbur ([email protected]), Al Crosby (University of Massachusetts)

Physics of proteins association and recognition Margaret Cheung (University of Houston)


Physics of ring polymers (DPOLY) Tirtha Chatterjee (Dow Chemical), Al Crosby (University of Massachusetts Amherst), Jeff Wilbur (Dow Chemical)

Physics of the cytoskeleton M. Shane Huston (Vanderbilt University)

Polymer and polymer nanocomposites with emerging optical and plasmonic properties (DPOLY) Yongmei Wang (University of Memphis)

Polymer crystrallization under confinement (DPOLY) Guoliang (Greg) Liu (Virginia Tech)

Polymer Nanocomposites: from Nano to Meso (DPOLY) Julie Albert (Tulane University), George Floudas (University of Ioannina)

Polymers adsorbed on to solids - Interplay among structures, dynamics, and properties (DPOLY) Tad Koga (Stony Brook University)

Polymers for energy storage and conversion (DPOLY) Lisa Hall (Ohio State)

Principles of cellular remodeling Megan Valentine (Univeristy of California, Santa Barbara), Dinah Loerke (University of Denver)

Robophysics (GSNP, GSOFT) D. Goldman (Georgia Tech University)

Robophysics (GSOFT, GSNP) Dan Goldman (Georgia Tech University)

Self-organization in bacteria colonies and suspensions (DBIO, GSNP) H. Chate (CEA)

Self-organization in bacteria colonies and suspensions (DBIO, GSNP) Hugues Chaté (CEA)

Specificity, Recognition and Coding in Molecular Biology Arvind Murugan (University of Chicago)

Spectroscopy and Dynamics of Multi-chromophore Systems Greg Scholes (Princeton University), Tim Berkelbach

Spin Transport and Magnetization Dynamics in Metals-Based Systems (GMAG/DMP/FIAP) Barry Zink* (University of Denver), Chris Hammel (Ohio State University), Christian Back (Regensburg University), Kirill Belaschenko (University of Nebraska)

Spin-Dependent Phenomena in Semiconductors (GMAG/DMP/FIAP) Paul Crowell (University of Minnesota), Scott Crooker (Los Alamos National Laboratory), Jaroslav Fabian (Regensburg University)

Spin-orbit Mediated Chiral Spin Textures (GMAG/DMP) “Geoff Beach* (MIT), Christopher Marrows (University of Leeds), Amanda Petford-Long (Argonne National Laboratory), Andre Thiaville (Paris-Sud University

Statistical mechanics applied to ecology (DBIO, GSNP) M. Cieplak (Institute of Physics PAS)

Statistical mechanics applied to ecology (DBIO, GSNP) Marek Cieplak (Polish Academy of Sciences)

Statistical mechanics of active matter (GSNP, DBIO) D.A. Egolf (Georgetown University)

Surface Science of Organic Molecular Solids, Films, and Nanostructures (DMP) “Brad Conrad (Appalacian State University), Pengpeng Zhang (Michigan State University),

Kristen Burson (Hamilton College), Dan Dougherty (North Carolina State University), Ted Einstein (University of Maryland)”

Symmetries in network dynamics T. Nishikawa (Northwestern University)

Symposium Honoring E.J. Kramer (DPOLY) Russell Composto (University of Pennsylvania), Rachel Segalman (University of California, Santa Barbara)

The Structure and dynamics of confined biopolymers (DBIO, DPOLY) Greg Morrison (University of Houston)

The structure and dynamics of confined biopolymers (DBIO/DPOLY) Greg Morrison (University of Houston)

Theory and Simulation of Fiber-Based Materials (DCOMP/DMP/DPOLY) Traian Dumitrica(University of Minnesota), Catalin Picu(Rensselaer Polytechnic Institute), Gregory Grason (University of Massachusetts)

Theory and Simulation of Fiber-Based Materials (DCOMP/DMP/DPOLY) Traian Dumitrica(University of Minnesota), Catalin Picu(Rensselaer Polytechnic Institute), Gregory Grason (University of Massachusetts)

Thermoelectric phenomena, materials, devices (DMP) George Nolas (University of Southern Florida), and Stefano Curatolo (Duke University.)

Topological Materials: Synthesis, Characterization and Modeling (DMP) Sean Oh (Rutgers University), Peter Armitage (Johns Hopkins University), Feng Liu (Uinversity of Utah)

Topological states in AMO systems Yong Chen (Purdue University)

Tough Hydrogels (GSOFT, DPOLY) Hyun-Joong Chung (University of Alberta), Daniel King (Hokkaido University)

Tracking, Localization and Inference in Live Cells: Methods and Applications Steve Presse (IUPUI)

Tuning Polymer Rheology for Printing, Spinning, or Coating Applications (DPOLY) Vivek Sharma (University of Illinois at Chicago)

Van der Waals bonding in advanced materials (DMP) Leeor Kronik (Weizmann Institute of Science), Valentino Cooper (Oak Ridge National Laboratory)

Virus capsid protein dynamics Wouter D. Hoff (Oklahoma State University), Andrea Markelz (University of Buffalo, SUNY), Corey O’Hern (Yale Unviersity), Wei Wang (Nanjing Univeristy, China), Aihua Xie (Oklahoma State University), Dongping Zhong (Ohio State University), Donghua Zhou (Oklahoma State University)


A B S T R A C T S O R T E R S

Julie Albert, Tulane UniversityMeigan Aronson, Texas A&M UniversityDebra Audus, NISTJose Aumentado, NIST BoulderPegor Aynajian, Binghamton UniversityRobert Baker, Ohio State UniversityRyan Baumbach, National High Magnetic

Field LaboratoryGeoffrey Beach, Massachusetts Institute of

TechnologyBryan Beckingham, Auburn UniversityMachiel Blok, University of California,

BerkeleyBryan Boudouris, Purdue UniversityTodd Brintlinger, Naval Research LaboratoryWesley Burghardt, Northwestern UniversityKristen Burson, Hamilton CollegeNicholas Butch, NISTRobert Butera, Laboratory for Physical

SciencesEdwin Chan, NISTMaria Chan, Argonne National LaboratoryRicky Chau, Lawrence Livermore National

LaboratoryWei Chen, Argonne National LaboratoryZijun Chen, University of California, Santa

BarbaraGia-Wei Chern, University of VirginiaAlan Chodos, APSHyun-Joong Chung, University of AlbertaLaura Clarke, North Carolina State UniversityEnrique Cobas, Naval Research LaboratoryRyan Comes, Auburn UniversityBrad Conrad, SPSValentino Cooper, Oak Ridge National

LaboratoryJohn Crocker, University of PennsylvaniaPaul Crowell, University of MinnesotaJohn Cumings, University of MarylandEnrico Da Corno, University of BathKaren Daniels, North Carolina State

UniversitySiddhartha Das, University of MarylandTimir Datta, University of South CarolinaSebastian Deffner, University of Maryland,

Baltimore CountyDean DeLongchampe, NISTDaniel Dessau, University of ColoradoMark Doyle, APSMichelle Driscoll, New York UniversityJames Duncan, University of MarylandDavid Egolf, Georgetown UniversityEd Einstein, University of MarylandThomas Epps, University of DelawareZahra Fakhraai, University of PennsylvaniaMichael Flatte, University of IowaEmmanuel Flurin, University of California,

BerkeleyJames Freericks, Georgetown UniversityAdam Friedman, Naval Research LaboratoryBryce Gadway, University of Illinois at

Urbana-ChampaignAngel Garcia, Los Alamos National LaboratoryWenchao Ge, Texas A&M UniversityNathan Gemelke, Pennsylvania State

UniversityTim Germann, Los Alamos National

Laboratory

Ian Gilbert, NISTMichelle Girvan, University of MarylandSharon Glotzer, University of MichiganMichael Goerz, Stanford UniversityEnrique Gomez, Pennsylvania State UniversityDan Gopman, NISTVernita Gordon, University of Texas, AustinDaniel Grief, Harvard UniversityAudrey Grockowiak, National High Magnetic

Field LaboratoryAlexander Grutter, NISTNathan Guisinger, Argonne National

LaboratoryWilliam Halperin, Northwestern UniversityJames Hamlin, University of FloridaP. Chris Hammel, Ohio State UniversityAubrey Hanbicki, Naval Research LaboratoryRyan Hayward, University of MassachusettsKaden Hazzard, Rice UniversityRichard Henning, Cornell UniversityRobert Hickey, Pennsylvania State UniversityAngela Hight Walker, NISTStephen Hill, Florida State UniversityWilliam Huhn, Duke UniversityMasahiro Ishigami, University of Central

FloridaKurt Jacobs, ARL & UMass BostonMehdi Jadidi, University of MarylandAnderson Janotti, University of DelawareMichelle Johannes, Naval Research LaboratoryMehdi Kargarian, University of MarylandRoland Kawakami, Ohio State UniversityMatt Kim, QuantTeraDanny Kim, HRL Laboratories, LLCHyunsoo Kim, University of MarylandDaphne Klosta, University of North CarolinaTad Koga, Stony Brook UniversityAnthony Kotula, NISTKathryn Krycka, NISTParveen Kumar, University of California,

MercedSteven Lambert, APSSeunghun Lee, University of MarylandChris Leighton, University of MinnesotaXiao Li, University of MarylandGuoliang (Greg) Liu, Virginia Tech UniversityJohn Lyons, Naval Research LaboratoryKin Fai Mak, Pennsylvania State UniversityErnesto Marinero, Purdue UniversityNoa Marom, Carnegie Mellon UniversityBrad Marston, Brown UniversityLuz Martinez-Miranda, University of

MarylandBernie Matis, Naval Research LaboratorySteve May, Drexel UniversityIgor Mazin, Naval Research LaboratoryMark Meisel, University of FloridaKalman Migler, NISTJohn Mitchell, Argonne National LaboratoryAlexandre Morozov, Rutgers UniversityErich Mueller, Cornell UniversityIlya Nemnem, Emory UniversityDavid Nesbitt, University of ColoradoAmy Ng, Naval Research LaboratoryPeter Olmsted, Georgetown UniversityMichael Osofsky, Naval Research LaboratoryJeff Owrutsky, Naval Research LaboratoryChris Palmstrom, University of California,

Santa BarbaraDavid Parker, Oak Ridge National Laboratory

Amanda Petford-Long, Argonne National Laboratory

Daniel Phelan, Argonne National LaboratoryShavi Premaratne, LPS/University of MarylandJoseph Prestigiacomo, Naval Research

LaboratoryEmily Pritchett, HRL Laboratories, LLCBrennan Pursley, Naval Research LaboratoryWilliam Ratcliff, NISTCurt Richter, NISTRobert Riggleman, University of PennsylvaniaMegan Robertson, University of HoustonJennifer Ross, University of MassachusettsConnie Roth, Emory UniversityRusko Ruskov, Laboratory for Physical

SciencesK. Michael Salerno, Naval Research LaboratoryChristian Santangelo, University of

MassachusettsJay Sau, University of MarylandMichael Scheibner, University of California,

MercedDominik Schneble, Stony Brook UniversityIra Schwartz, Naval Research LaboratoryJoshua Socolar, Duke UniversityRachel Segalman, University of California,

Santa BarbaraFnu Setiawan, University of MarylandVivek Sharma, University of Illinois, ChicagoYun-Pil Shim, Laboratory for Physical SciencesPaul Simmonds, Boise State UniversityRaymond Simmonds, NISTDavid Simmons, University of AkronCharles Sing, University of Illinois at Urbana-

ChampaignDavid Singh, University of MissouriVanita Srinivasa, Laboratory for Physical

SciencesJohn Stewart, West Virginia UniversityMark Stiles, NISTJoseph Stroscio, NISTDavid Strubbe, University of California,

MercedDavid Tanner, University of FloridaOleg Tchernyshyov, Johns Hopkins UniversityStan Tozer, National High Magnetic Field

LaboratoryYuhai Tu, IBM ResearchArpita Upadhyaya, University of MarylandChris Van de Alle, University of California,

Santa BarbaraBryan Vogt, University of AkronElizabeth von Hauff, VU AmsterdamPatrick Vora, George Mason UniversityCheng Wang, Lawrence Berkeley National

LaboratoryMuzho Wang, Northwestern UniversityKefeng Wang, University of MarylandJustin Waugh, University of ColoradoJack Wells, Oak Ridge National LaboratoryBirgitta Whaley, University of California,

BerkeleyJen-Hao Yeh, University of MarylandXiaobo Yin, University of Colorado, BoulderWenlin Zhang, Pennsylvania State UniversityChongwu Zhou, University of Southern

CaliforniaBarry Zink, University of Denver


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N E W O R L E A N S M A R R I O T T


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C O N V E N T I O N C E N T E R | F I R S T F L O O R

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C O N V E N T I O N C E N T E R | S E C O N D F L O O R

APS

Vill

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Press Conference Room, 285

Press Room, 284

Speaker Ready Room, 283

Gender-Neutral Restrooms

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M A P S

C O N V E N T I O N C E N T E R | T H I R D F L O O R


A P S M A R C H M E E T I N G 2 0 1 8M A R C H 5 – 9 L O S A N G E L E S , C A

A P S M A R C H M E E T I N G 2 0 1 91 2 0 T H A P S A N N I V E R S A R Y M E E T I N G ( M A R C H & A P R I L C O M B I N E D )

M A R C H 4 – 8 B O S T O N , M A

A P S M A R C H M E E T I N G 2 0 2 0M A R C H 2 – 6 D E N V E R , C O

A P S M A R C H M E E T I N G 2 0 2 1M A R C H 1 5 – 1 9 N A S H V I L L E , T N

F U T U R E M A R C H M E E T I N G S

E L M E R I M E S ( 1 8 8 3 - 1 9 4 1 )

was the second black Ph.D. physicist in the United States, and the first to do significant research work. He published his first paper in November 1919. The work provided the first accurate determination of the distances between atoms in molecules, expanded the range of applicability of quantum theory, and provided evidence for the existence of two isotopes of chlorine.

F L A T P H Y S I C I S T : E L M E R I M E S

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THE PHYSICIST!

• Famous quote: "If I have seen further it isonly by standing on the shoulders of Giants."

• Born in England in 1642• Formulated the laws of motion and

universal gravitation

• Celebrating 150th birthday this year• First woman to win a Nobel Prize

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