M E M O

TO: Timothy Weber

FROM: B. Hellinga, Associate Dean, Graduate Studies

Faculty of Engineering

RE: Engineering Faculty Council Agenda

DATE: April 7, 2017

Please place the following motions forward for approval at the next meeting of EFC. These motions were approved by EGSC on March 22, 2017:

1. The Collaborative Graduate Nanotechnology Program is requesting approval for the following motion:

Description of Proposed Change Change the core course requirements by providing new 600-level core courses. Some existing 700-level courses that are offered as core courses will be relabeled as 600-level, and the other 700-level courses will remain 700-level electives.

Rationale for Proposed Change

Delivering the NANO core content within 700-level special topics courses causes difficulties for Grad NANO students and administration

2. The Department of Chemical Engineering is requesting approval for the following motion:

Description of Proposed Change Align the seminar requirements for part time students with that of full time students in

the PhD, MASc, and MEng programs. All Masters students will be required to attend 12 seminars, and all PhD students will be required to attend 24 seminars.

Rationale for Proposed Change This change will provide necessary consistency of the degree requirements for both part time and full time students.

3. The Institute for Quantum Computing would like to request approval for the proposed type

2 Graduate Diploma in Quantum-Safe Cryptography.

Bruce Hellinga BH: ag

Memo to EFC and SFC Change to NANO Core Course Delivery

February 21, 2017

Page 1 of 2 2017 02 21 – NANO 8 change core course delivery_EFC SFC.pdf

Memorandum  To: Bruce Hellinga, Associate Dean, Graduate Studies, Faculty of Engineering Robert Hill, Associate Dean of Graduate Studies, Faculty of Science From: Ting Tsui, Acting Program Director, Collaborative Graduate Nanotechnology Program Date: February 21, 2017

RE: Change to NANO Core Course Delivery

 As per memorandum NANO 8, which has received approval from all six member departments, the Collaborative Graduate Nanotechnology Program (Grad Nano Program) requests approval to modify the way core content is delivered to students in the program.

Background To meet their degree requirements, most Grad Nano students must complete four NANO core course modules, which is the equivalent to two half-credit-weight courses.

The Grad Nano Program provides its core course content via quarter-credit-weight, 700-level, special topics modules within the courses known as NANO 701 and NANO 702. There are eleven NANO 701 topic titles and thirteen NANO 702 topic titles listed in the 2016 Graduate Academic Studies Calendar.

While the special topics course format allows us to add new topic titles quickly and easily, those advantages come with some disadvantages:

Some of the topic titles are offered infrequently and inconsistently

Special topic courses cannot be assigned pre-requisites or anti-requisites

Challenges Delivering the NANO core content within special topics courses causes difficulties for Grad Nano students and administration:

1. Few member departments provide long-range NANO core course planning information that would allow the Grad Nano Committee to review the availability of core content and ensure that students have sufficient breadth and depth of information each year.

2. Because some core modules are offered infrequently and inconsistently, and long-term schedules are not available, it is impossible for students to know what courses may be available in any future term. Students cannot plan their courses to meet their degree requirements or to study the information that is interesting to them.

3. When a Grad Nano student with an undergraduate Waterloo Nanotechnology Engineering (NE) degree wants to take a NANO core module, our member departments’ graduate coordinators have no way to determine if the module repeats content from that student’s NE BASc and, therefore, should be ineligible towards that student’s current degree requirement.

Memo to EFC and SFC Change to NANO Core Course Delivery

February 21, 2017

Page 2 of 2 2017 02 21 – NANO 8 change core course delivery_EFC SFC.pdf

To provide a more consistent selection of core content for students and enable easy identification of anti-requisites, the Grad Nano program proposes to change the way core NANO courses are delivered.

Proposed Solution The Grad Nano Committee proposes to provide core content through a selection of 600-level courses.

NANO Core Course Criteria The new NANO core courses would be taught with a dedicated teaching task and meet the following criteria:

6-week duration

quarter-credit-weight value

annual, regularly-scheduled delivery

department-specific teaching responsibility

instructor-independent course material

course-independent scheduling (i.e. not ‘held-with’ another course)

Change Process Strategy The Grad Nano Committee proposes the following strategy for changing the way NANO core content is delivered:

1. Determine which of the current, regularly offered 700-level core courses should and could meet the selection criteria outlined above

2. Add any suitable course(s) that a member department would contribute to the NANO core course list

3. Ensure that the core course offerings meet the needs of our students. 4. Determine anti-requisites for NANO core courses 5. Number all of these courses within the NANO 600-level series

The current 700-level NANO core courses that are not re-numbered as 600-level NANO core courses would remain as 700-level special topics courses and be placed on the Nanotechnology Electives list.

The Graduate Studies Office has confirmed that changing the way that core content is delivered is not considered a major modification to the program. Approval for the change by the Ontario Universities Council on Quality Assurance (Quality Council) is not required.

Graduate Studies Program Revision Template

Prior to form submission, review the content revision instructions and information regarding major/minor modifications. For questions about the form submission, contact Trevor Clews, Graduate Studies Office.

Faculty: Engineering

Program: Master of Applied Science (MASc) in Chemical Engineering - Nanotechnology

Program contact name(s): Judy Caron

Form completed by: Judy Caron

Description of proposed changes: Note: changes to courses and milestones also require the completion/submission of the SGRC Course/Milestone-New/Revision/Inactivation form (PC docx version or MAC docx version).

We are amending our degree requirements so that there is no difference between requirements for part time or full time students.

Is this a major modification to the program? No

Rationale for change(s):

This change will provide necessary consistency of the degree requirements for both part time and full time students.

Proposed effective date: Term: Spring Year: 2017

Current Graduate Studies Academic Calendar (GSAC) page (include the link to the web page where the changes are to be made):

https://uwaterloo.ca/graduate-studies-academic-calendar/engineering/department-chemical-engineering/master-applied-science-masc-chemical-engineering-nanotechnology

Current Graduate Studies Academic Calendar content:

Proposed Graduate Studies Academic Calendar content:

Ma s te r 's S e m in a r

• Over the course of their degree program, full-time students must attend 12 seminars:

o 8 seminars from the Waterloo Institute for Nanotechnology (WIN)

o 4 seminars from departments and research institutions where Chemical Engineering faculty members have a membership. The Chemical Engineering seminars are documented in the Events section of the Chemical Engineering Department website.

Ma s te r 's S e m in a r

• Over the course of their degree program, all students must attend 12 seminars:

o 8 seminars from the Waterloo Institute for Nanotechnology (WIN)

o 4 seminars from departments and research institutions where Chemical Engineering faculty members have a membership. The Chemical Engineering seminars are documented in the Events section of the Chemical Engineering Department website.

Page 1 of 2

Current Graduate Studies Academic Calendar content:

Proposed Graduate Studies Academic Calendar content:

• Note: At Chemical Engineering seminars, attendance is documented. At other approved seminars, students complete an attendance form and get it signed by the seminar organizer. Full instructions are available on the Department website.

• Note: At Chemical Engineering seminars, attendance is documented. At other approved seminars, students complete an attendance form and get it signed by the seminar organizer. Full instructions are available on the Department website.

How will students currently registered in the program be impacted by these changes?

The Department will make accommodations for students already registered in our program. Currently we have No part time MASc Nano students registered in our program.

Departmental approval date (mm/dd/yy):

Reviewed by GSO (for GSO use only) ☒ date (mm/dd/yy): 02/03/2017

Faculty approval date (mm/dd/yy):

Senate Graduate & Research Council (SGRC) approval date (mm/dd/yy):

Senate approval date (mm/dd/yy) (if applicable):

Page 2 of 2

Graduate Studies Program Revision Template

Prior to form submission, review the content revision instructions and information regarding major/minor modifications. For questions about the form submission, contact Trevor Clews, Graduate Studies Office.

Faculty: Engineering

Program: Master of Applied Science (MASc) in Chemical Engineering

Program contact name(s): Judy Caron

Form completed by: Judy Caron

Description of proposed changes: Note: changes to courses and milestones also require the completion/submission of the SGRC Course/Milestone-New/Revision/Inactivation form (PC docx version or MAC docx version).

We are amending our degree requirements so that there is no difference between requirements for part time or full time students.

Is this a major modification to the program? No

Rationale for change(s):

This change will provide necessary consistency of the degree requirements for both part time and full time students.

Proposed effective date: Term: Spring Year: 2017

Current Graduate Studies Academic Calendar (GSAC) page (include the link to the web page where the changes are to be made):

https://uwaterloo.ca/graduate-studies-academic-calendar/engineering/department-chemical-engineering/master-applied-science-masc-chemical-engineering

Current Graduate Studies Academic Calendar content:

Proposed Graduate Studies Academic Calendar content:

Ma s te r 's S e m in a r

• Over the course of their degree program, full-time students must attend 12 seminars from departments and research institutions where Chemical Engineering faculty members have a membership. The Chemical Engineering seminars are documented in the Events section of the Chemical Engineering Department website.

• Note: Part-time students are not required to fulfill this requirement.

• Note: At Chemical Engineering seminars, attendance is documented. At other approved

Ma s te r 's S e m in a r

• Over the course of their degree program, all students must attend 12 seminars from departments and research institutions where Chemical Engineering faculty members have a membership. The Chemical Engineering seminars are documented in the Events section of the Chemical Engineering Department website.

• Note: At Chemical Engineering seminars, attendance is documented. At other approved seminars, students must complete an attendance form and get it signed by the

Page 1 of 2

Current Graduate Studies Academic Calendar content:

Proposed Graduate Studies Academic Calendar content:

seminars, students must complete an attendance form and get it signed by the seminar organizer. Full instructions are available on the Department website.

seminar organizer. Full instructions are available on the Department website.

How will students currently registered in the program be impacted by these changes?

The Department will make accommodations for students already registered in our program. Currently we have three part time MASc students registered in our program.

Departmental approval date (mm/dd/yy):

Reviewed by GSO (for GSO use only) ☒ date (mm/dd/yy): 02/03/2017

Faculty approval date (mm/dd/yy):

Senate Graduate & Research Council (SGRC) approval date (mm/dd/yy):

Senate approval date (mm/dd/yy) (if applicable):

Page 2 of 2

Graduate Studies Program Revision Template

Prior to form submission, review the content revision instructions and information regarding major/minor modifications. For questions about the form submission, contact Trevor Clews, Graduate Studies Office.

Faculty: Engineering

Program: Master of Applied Science (MASc) in Chemical Engineering - Water

Program contact name(s): Judy Caron

Form completed by: Judy Caron

Description of proposed changes: Note: changes to courses and milestones also require the completion/submission of the SGRC Course/Milestone-New/Revision/Inactivation form (PC docx version or MAC docx version). We are amending our degree requirements so that there is no difference between requirements for part time or full time students.

Is this a major modification to the program? No

Rationale for change(s):

This change will provide necessary consistency of the degree requirements for both part time and full time students.

Proposed effective date: Term: Spring Year: 2017

Current Graduate Studies Academic Calendar (GSAC) page (include the link to the web page where the changes are to be made):

https://uwaterloo.ca/graduate-studies-academic-calendar/engineering/department-chemical-engineering/master-applied-science-masc-chemical-engineering-water

Current Graduate Studies Academic Calendar content:

Proposed Graduate Studies Academic Calendar content:

Ma s te r 's S e m in a r

• Over the course of their degree program, full-time students must attend 12 seminars from departments and research institutions where Chemical Engineering faculty members have a membership. The Chemical Engineering seminars are documented in the Events section of the Chemical Engineering Department website.

• Note: At Chemical Engineering seminars, attendance is documented. At other approved seminars, students must complete an attendance form and get it signed by the

Ma s te r 's S e m in a r

• Over the course of their degree program, all students must attend 12 seminars from departments and research institutions where Chemical Engineering faculty members have a membership. The Chemical Engineering seminars are documented in the Events section of the Chemical Engineering Department website.

• Note: At Chemical Engineering seminars, attendance is documented. At other approved seminars, students must complete an attendance form and get it signed by the

Page 1 of 2

Current Graduate Studies Academic Calendar content:

Proposed Graduate Studies Academic Calendar content:

seminar organizer. Full instructions are available on the Department website.

seminar organizer. Full instructions are available on the Department website.

How will students currently registered in the program be impacted by these changes?

The Department will make accommodations for students already registered in our program. Currently we have one part time MASc Water student registered in our program

Departmental approval date (mm/dd/yy):

Reviewed by GSO (for GSO use only) ☒ date (mm/dd/yy): 02/03/2017

Faculty approval date (mm/dd/yy):

Senate Graduate & Research Council (SGRC) approval date (mm/dd/yy):

Senate approval date (mm/dd/yy) (if applicable):

Page 2 of 2

Graduate Studies Program Revision Template

Prior to form submission, review the content revision instructions and information regarding major/minor modifications. For questions about the form submission, contact Trevor Clews, Graduate Studies Office.

Faculty: Engineering

Program: Doctor of Philosophy (PhD) in Chemical Engineering - Nanotechnology

Program contact name(s): Judy Caron

Form completed by: Judy Caron

Description of proposed changes: Note: changes to courses and milestones also require the completion/submission of the SGRC Course/Milestone-New/Revision/Inactivation form (PC docx version or MAC docx version). We are amending our degree requirements so that there is no difference between requirements for part time or full time students.

Is this a major modification to the program? No

Rationale for change(s):

This change will provide necessary consistency of the degree requirements for both part time and full time students.

Proposed effective date: Term: Spring Year: 2017

Current Graduate Studies Academic Calendar (GSAC) page (include the link to the web page where the changes are to be made):

https://uwaterloo.ca/graduate-studies-academic-calendar/engineering/department-chemical-engineering/doctor-philosophy-phd-chemical-engineering-nanotechnology

Current Graduate Studies Academic Calendar content:

Proposed Graduate Studies Academic Calendar content:

• Graduate Studies Seminar

• Over the course of their degree program, full-time students must attend 24 seminars:

o 8 seminars from the Waterloo Institute for Nanotechnology (WIN)

o 16 seminars from departments and research institutions where Chemical Engineering faculty members have a membership. The Chemical Engineering seminars are documented in the Events section of the Chemical Engineering Department website.

• Note: At Chemical Engineering seminars, attendance is documented. At other approved

Graduate Studies Seminar

• Over the course of their degree program, all students must attend 24 seminars:

o 8 seminars from the Waterloo Institute for Nanotechnology (WIN)

o 16 seminars from departments and research institutions where Chemical Engineering faculty members have a membership. The Chemical Engineering seminars are documented in the Events section of the Chemical Engineering Department website.

• Note: At Chemical Engineering seminars, attendance is documented. At other approved

Page 1 of 2

Current Graduate Studies Academic Calendar content:

Proposed Graduate Studies Academic Calendar content:

seminars, students complete an attendance form and get it signed by the seminar organizer. Full instructions are available on the Department website.

seminars, students complete an attendance form and get it signed by the seminar organizer. Full instructions are available on the Department website.

How will students currently registered in the program be impacted by these changes?

The Department will make accommodations for students already registered in our program. Currently we have one part time PhD Nano student registered in our program.

Departmental approval date (mm/dd/yy):

Reviewed by GSO (for GSO use only) ☒ date (mm/dd/yy): 02/03/2017

Faculty approval date (mm/dd/yy):

Senate Graduate & Research Council (SGRC) approval date (mm/dd/yy):

Senate approval date (mm/dd/yy) (if applicable):

Page 2 of 2

Graduate Studies Program Revision Template

Prior to form submission, review the content revision instructions and information regarding major/minor modifications. For questions about the form submission, contact Trevor Clews, Graduate Studies Office.

Faculty: Engineering

Program: Master of Engineering (MEng) in Chemical Engineering

Program contact name(s): Judy Caron

Form completed by: Judy Caron

Description of proposed changes: Note: changes to courses and milestones also require the completion/submission of the SGRC Course/Milestone-New/Revision/Inactivation form (PC docx version or MAC docx version).

We are amending our degree requirements so that there is no difference between requirements for part time or full time students.

Is this a major modification to the program? No

Rationale for change(s):

This change will provide necessary consistency of the degree requirements for both part time and full time students.

Proposed effective date: Term: Spring Year: 2017

Current Graduate Studies Academic Calendar (GSAC) page (include the link to the web page where the changes are to be made):

https://uwaterloo.ca/graduate-studies-academic-calendar/engineering/department-chemical-engineering/master-engineering-meng-chemical-engineering

Current Graduate Studies Academic Calendar content:

Proposed Graduate Studies Academic Calendar content:

Ma s te r 's S e m in a r

• Over the course of their degree program, full-time students must attend 12 seminars from departments and research institutions where Chemical Engineering faculty members have a membership. The Chemical Engineering seminars are documented in the Events section of the Chemical Engineering Department website.

• Note: Part-time students are not required to fulfill this requirement.

• Note: At Chemical Engineering seminars, attendance is documented. At other approved

Ma s te r 's S e m in a r

• Over the course of their degree program, all students must attend 12 seminars from departments and research institutions where Chemical Engineering faculty members have a membership. The Chemical Engineering seminars are documented in the Events section of the Chemical Engineering Department website.

• Note: At Chemical Engineering seminars, attendance is documented. At other approved seminars, students must complete an attendance form and get it signed by the

Page 1 of 2

Current Graduate Studies Academic Calendar content:

Proposed Graduate Studies Academic Calendar content:

seminars, students must complete an attendance form and get it signed by the seminar organizer. Full instructions are available on the Department website.

seminar organizer. Full instructions are available on the Department website.

How will students currently registered in the program be impacted by these changes?

The Department will make accommodations for students already registered in our program. Currently we have one part time Meng student registered in our program.

Departmental approval date (mm/dd/yy):

Reviewed by GSO (for GSO use only) ☒ date (mm/dd/yy): 02/03/2017

Faculty approval date (mm/dd/yy):

Senate Graduate & Research Council (SGRC) approval date (mm/dd/yy):

Senate approval date (mm/dd/yy) (if applicable):

Page 2 of 2

Graduate Studies Program Revision Template

Prior to form submission, review the content revision instructions and information regarding major/minor modifications. For questions about the form submission, contact Trevor Clews, Graduate Studies Office.

Faculty: Engineering

Program: Doctor of Philosophy (PhD) in Chemical Engineering

Program contact name(s): Judy Caron

Form completed by: Judy Caron

Description of proposed changes: Note: changes to courses and milestones also require the completion/submission of the SGRC Course/Milestone-New/Revision/Inactivation form (PC docx version or MAC docx version). We are amending our degree requirements so that there is no difference between requirements for part time or full time students.

Is this a major modification to the program? No

Rationale for change(s):

This change will provide necessary consistency of the degree requirements for both part time and full time students.

Proposed effective date: Term: Spring Year: 2017

Current Graduate Studies Academic Calendar (GSAC) page (include the link to the web page where the changes are to be made):

https://uwaterloo.ca/graduate-studies-academic-calendar/engineering/department-chemical-engineering/doctor-philosophy-phd-chemical-engineering

Current Graduate Studies Academic Calendar content:

Proposed Graduate Studies Academic Calendar content:

• Graduate Studies Seminar

• Over the course of their degree program, full-time PhD students should attend 24 seminars from departments and research institutions where Chemical Engineering faculty members have a membership. The Chemical Engineering seminars are documented in the Events section of the Chemical Engineering Department.

• Note: At Chemical Engineering seminars, attendance is documented. At other approved seminars, students must complete an attendance form and get it signed by the

• Graduate Studies Seminar

• Over the course of their degree program, all PhD students should attend 24 seminars from departments and research institutions where Chemical Engineering faculty members have a membership. The Chemical Engineering seminars are documented in the Events section of the Chemical Engineering Department.

• Note: At Chemical Engineering seminars, attendance is documented. At other approved seminars, students must complete an attendance form and get it signed by the

Page 1 of 2

Current Graduate Studies Academic Calendar content:

Proposed Graduate Studies Academic Calendar content:

seminar organizer. Full instructions are available on the Department website.

seminar organizer. Full instructions are available on the Department website.

How will students currently registered in the program be impacted by these changes?

The Department will make accommodations for students already registered in our program. Currently we have 8 part time PhD students registered in our program.

Departmental approval date (mm/dd/yy):

Reviewed by GSO (for GSO use only) ☐ date (mm/dd/yy): 02/03/2017

Faculty approval date (mm/dd/yy):

Senate Graduate & Research Council (SGRC) approval date (mm/dd/yy):

Senate approval date (mm/dd/yy) (if applicable):

Page 2 of 2

Graduate Studies Program Revision Template

Prior to form submission, review the content revision instructions and information regarding major/minor modifications. For questions about the form submission, contact Trevor Clews, Graduate Studies Office.

Faculty: Engineering

Program: Doctor of Philosophy (PhD) in Chemical Engineering - Water

Program contact name(s): Judy Caron

Form completed by: Judy Caron

Description of proposed changes: Note: changes to courses and milestones also require the completion/submission of the SGRC Course/Milestone-New/Revision/Inactivation form (PC docx version or MAC docx version). We amending our degree requirements so that there is no difference between requirements for part time or full time students.

Is this a major modification to the program? No

Rationale for change(s):

This change will provide necessary consistency of the degree requirements for both part time and full time students.

Proposed effective date: Term: Spring Year: 2017

Current Graduate Studies Academic Calendar (GSAC) page (include the link to the web page where the changes are to be made):

https://uwaterloo.ca/graduate-studies-academic-calendar/engineering/department-chemical-engineering/doctor-philosophy-phd-chemical-engineering-water

Current Graduate Studies Academic Calendar content:

Proposed Graduate Studies Academic Calendar content:

• Graduate Studies Seminar

• Over the course of their degree program, full-time PhD students should attend 24 seminars from departments and research institutions where Chemical Engineering faculty members have a membership. The Chemical Engineering seminars are documented in the Events section of the Chemical Engineering Department.

• Note: At Chemical Engineering seminars, attendance is documented. At other approved seminars, students must complete an attendance form and get it signed by the

• Graduate Studies Seminar

• Over the course of their degree program, all PhD students should attend 24 seminars from departments and research institutions where Chemical Engineering faculty members have a membership. The Chemical Engineering seminars are documented in the Events section of the Chemical Engineering Department.

• Note: At Chemical Engineering seminars, attendance is documented. At other approved seminars, students must complete an attendance form and get it signed by the

Page 1 of 2

Current Graduate Studies Academic Calendar content:

Proposed Graduate Studies Academic Calendar content:

seminar organizer. Full instructions are available on the Department website.

seminar organizer. Full instructions are available on the Department website.

How will students currently registered in the program be impacted by these changes?

The Department will make accommodations for students already registered in our program. Currently we have no part time PhD Water students registered in our program.

Departmental approval date (mm/dd/yy):

Reviewed by GSO (for GSO use only) ☒ date (mm/dd/yy): 02/03/2017

Faculty approval date (mm/dd/yy):

Senate Graduate & Research Council (SGRC) approval date (mm/dd/yy):

Senate approval date (mm/dd/yy) (if applicable):

Page 2 of 2

1

University of Waterloo

Graduate Expedited Proposal ofthe

Graduate Diploma in Quantum-Safe Cryptography

Volume I-Proposed Brief

2

Table of Contents TableofFigures......................................................................................................................4

I.BriefDescriptionandRational.............................................................................................5

II.ObjectivesoftheProgram..................................................................................................6

III.AdmissionsRequirements.................................................................................................6

IV.DegreeRequirements........................................................................................................8

a.TechnicalCoursesandMilestones................................................................................................8

a.ProfessionalCoursesandMilestones..........................................................................................11

V.ProgramStructure.............................................................................................................12

VI.CourseDescriptions..........................................................................................................14

VII.ModeofDelivery.............................................................................................................17

VIII.AssessmentofTeachingandLearning............................................................................17

a.TeachingAssessment..................................................................................................................17

b.LearningAssessment..................................................................................................................18

IX.Resources.........................................................................................................................18

X.QualityandOtherIndicators.............................................................................................19

XI.ProjectedEnrollment........................................................................................................19

AppendixA............................................................................................................................20

ProgramOutcomes............................................................................................................................20

CoursestoOutcomes........................................................................................................................20

CoursestoExpectations....................................................................................................................20

AppendixB............................................................................................................................27

IntegrationofTechnicalandProfessionalSkills................................................................................27

StandardsandCertification...............................................................................................................27

TechnicalSkills...................................................................................................................................27

3

AppendixC............................................................................................................................31

Bartholomew,Rachel........................................................................................................................31

Beynon,WmDouglas........................................................................................................................31

Hurwitz,Marc....................................................................................................................................31

Jao,David...........................................................................................................................................31

Jennewein,Thomas...........................................................................................................................31

Lutkenhaus,Norbert..........................................................................................................................31

Menezes,Alfred.................................................................................................................................31

Mosca,Michele.................................................................................................................................31

Weber,J.Mark..................................................................................................................................31

4

Table of Figures TableIV-a:CourseAlternatives......................................................................................................9

TableV-a:PotentialAdditionalCourseLoad................................................................................13

TableV-b:CourseOfferingSchedule............................................................................................14

TableXI-a:ProgramOutcomes....................................................................................................21

TableXI-b:CoursestoOutcomes.................................................................................................22

TableXI-c:CoursestoExpectations.............................................................................................24

5

I. Brief Description and Rational Informationsecurityisatthecoreofinformationandcommunicationtechnologies(ICT).

Organizationsaroundtheworldgotogreatlengthstoensureimportantinformationissecure

andreliable.Asnewtechnologiesemerge—suchasquantuminformationprocessing,which

posesnovelthreatstoinformationsecurity—sotoodoestheneedtodevelopinnovative

strategiestoguaranteedatasecurity.

Quantumcomputerswillbreaksomeofthefoundationalpiecesofourcurrentcybersecurity

infrastructure.Itisimperativethatnewcryptographytoolsdesignedtobesafeinanerawith

quantumcomputersbedesigned,implemented,standardized,tested,anddeployedbefore

quantumcomputersareavailabletoadversaries.

Itisthereforecriticaltodevelopthesecutting-edgetoolsandtrainthenextgenerationof

HighlyQualifiedPersonnel(HQP)inthefield.

The5-year-oldCryptoWorks21program(NSERCCREATETrainingPrograminBuildinga

WorkforcefortheCryptographicInfrastructureofthe21stCentury)havebeenpreparingthis

newgenerationofHQPtopioneeranewglobalinfrastructureforquantum-safecryptography.

ItishostedbytheUniversityofWaterloo’sCentreforAppliedCryptographicResearch(CACR)

andtheInstituteforQuantumComputing(IQC).Sincetheprograminceptionin2012,the

ProgramDirector,ProfessorMoscaalongsideindustryandacademicpartnersandcollaborators

havedevelopedanddeliveredtwoimportanttrainingprograms:aSpecializedTechnicalSkills

andaSpecializedProfessionalSkillsprogram.Thesecomplementaryprogramshavebeen

preparingstudentsintheCryptoWorks21(CW21)programreadytotackleforthcoming

cryptographicchallenges.Thetrainingprogramshavebroughttogetherresearchers,

organizationsandindustrymembersfromawiderangeofareasandexpertisetoensure

Canada’sHQPleadthecurrentmarketforemergingtechnologyresearchanddevelopment.

6

II. Objectives of the Program Securityinanerawithquantumtechnologiesisagrowingconcernforgovernmentand

individualsaroundtheworld.TheInstituteforQuantumComputingattheUniversityof

Waterlooprovidesworldrenownededucationinquantumcomputing.TheproposedGraduate

DiplomainQuantum-SafeCryptographywillprovidetheeducationnecessarytoprotectagainst

thesecuritychallengesposedbyquantumadvances.Graduatesofthediplomaprogramwillgo

ontoservetheglobalcommunityasHighlyQualifiedPersonnelwithspecializedskills.The

GraduateDiplomainQuantum-SafeCryptographyaimsto:

Prepareanewgenerationofresearcherstocreatequantum-safetoolsforthe21stcenturyProvideprofessionalknowledgeandtechnicalskillsforallresearchersFostercollaborationbetweenyoungscientistsandexpertsinquantumandcryptographicresearchEnablestudentstobuildrelationshipswithcryptographiccommunitiesinacademia,industry,andgovernmentEncouragecollaborationbetweenstudentsandpartnersinmathematics,computerscience,physicsandengineeringAllowstudentstostudy,discuss,andinvestigatechallengesandapplicationsforquantum-safecryptography

Anillustrationoftheprogram'sLearningObjectivesasalignedwiththeGraduateDegree

LearningExpectationscanbefoundinAppendixA(TableXI-a).

III. Admissions Requirements Asatype2diplomaprogramtherewouldbenoformaladmissionsprocedureintothe

proposedprogram,onceastudentisadmittedtoaUniversityofWaterloograduateprogram

theywouldbeeligibletoenrollintheGraduateDiplomainQuantum-SafeCryptography.Itis

mostlikelythatstudentswhochoosetopursuetheQuantum-SafeCryptographyDiplomawill

registerinoneofthefollowingprograms:

MMathComputerScienceMMathComputerScience(QI)PhDComputerSciencePhDComputerScience(QI)

7

MMathCombinatorics&OptimizationMMathCombinatorics&Optimization(QI)PhDCombinatorics&OptimizationPhDCombinatorics&Optimization(QI)MMathPureMathPhDPureMathMAScElectricalandComputerEngineering(includingNanotechnology)MAScElectricalandComputerEngineering(QI)PhDElectricalandComputerEngineering(includingNanotechonology)PhDElectricalandComputerEngineering(QI)MScPhysics(includingNanotechonology)MScPhysics(QI)PhDPhysics(includingNanotechnology)PhDPhysics(QI)

AformdevelopedandhousedbyCryptoWorks21wouldbeavailabletoallUWgraduate

studentsregisteredintheabovelistedprograms.Theformwouldallowstudentstoindicate

theirintentiontocompletethediplomaprogram.TheformcouldbepostedontheCW21

websiteoravailablethroughtheCW21staff.Anystudentsinterestedincompletingthe

diplomawouldideallycompletetheformearlyonintheirdegree.Oncetheinternalintention

formisreceivedbytheCW21stafftheycouldthentrackthestudents’progressusingQUEST

andaninternaltrackingprocesses.Onceastudenthascompletedthediplomaprogram

requirementsincludingallmilestonesCW21staffwouldcommunicatedthistotheGraduate

StudiesOffice.

AnalternativetotheaboveprocesswouldbeforcurrentUWgraduatestudentstoindicateon

theGraduateStudiesIntentiontoGraduate/ProgramCompletionformthattheyhave

completedtheGraduateDiplomainQuantumSafeCryptography.Ifastudentidentifiesthe

GraduateDiplomainQuantumSafeCryptographyontheirintentiontograduatefromtheGSO

wouldthencommunicatethestudentsnametoCW21staffatwhichtimetheCW21staffwould

checkthatthestudentshascompletedallnecessarycomponentsofthediploma.

8

TheuseofbothaninternalintentionformandtheGSOformwouldensurethatallstudents

attemptingthediplomawouldbecaptured.Whiletheinternalintentionformwouldallow

CW21totrackthestudentsastheyprogressthroughthediplomarequirements,theGSOform

wouldallowanystudentsthatdonotdecideuntillaterintheiracademiccareertopursuethe

diplomatostillbegiventheopportunitytoearnthecredential.

IV. Degree Requirements TheQuantum-SafeCryptographyDiplomawouldrequirethecompletionof4(0.5)graduate

levelcoursesandthreemilestones.Therequirementsaredividedinto2areasofexpertise;

TechnicalandProfessionalwithafinalmilestonetoincorporatethetechnicalandprofessional

knowledge.

Theoverallprogramrequirementswillbeasfollows;

2(0.5)CoursesinQuantum-SafeCryptographyselectedfromlistof

approvedcourses

1MilestoneinTechnicalSkills-completionofshortmodulesor

coursealternativesineachoftheskillareas

BE606(0.5)

BE600(0.5)

1MilestoneinProfessionalskills

1MilestoneinIntegrationofProfessionalandTechnicalskills

Pleaseseebelowformoredetailedinformationofthespecificareasofexpertise:

a. Technical Courses and Milestones

Studentsmustgainknowledgeinthefollowingtechnicalskillsareas:• Networksecurity• (Conventional)Cryptography• Post-quantumcryptography• Quantumcryptographytheory• Implementationofquantumcommunication• Quantumcomputation

Technical

Professional

9

Thedefaultmethodforachievingthetechnicalskillsmilestonewillbetocompletethe

respective6in-classmodules.Amodulewillconsistof6hoursoflectureandanassignment.A

studentcanforgoanyoneofthe6modulesinfavorofalistedcoursealternativeinthe

correspondingskillarea.Anygraduatecoursescompletedinthiswaycanbeusedtowardsthe

courserequirementsfortheDiploma.

ThealternativecoursesforeachtechnicalskillareawillbelistedintheGraduateStudies

AcademicCalendarandcanbeenseeninTableIV-a.

TableIV-a:CourseAlternatives

TECHNICALSKILLAREA SHORTMODULE COURSEALTERNATIVE(OthercoursesasapprovedbytheCryptoWorks21TechnicalSkillsCommittee)

NetworkSecurity CW21NetworkSecurity

module

CS658,ECE628

Cryptography CW21Cryptography

module

CO685,CO687

Post-QuantumCryptography CW21Post-Quantum

Cryptographymodule

Currentlynoalternative

QuantumCryptography

Theory

CW21Quantum

CryptographyTheory

module

QIC890(topic2)AppliedQuantumCryptography

ImplementationofQuantum

Communication

CW21Implementationof

Quantum

Communicationmodule

QIC890(topic3)ImplementationofQuantum

Communication

QuantumComputation CW21Quantum

Computationmodule

QIC710/AM871/CO681/CS768/PHYS767

CO481,CS467,PHYS467(acceptablealternatives

tomilestoneshoweverUndergraduatecourses

cannotbecountedtowardstheDiplomacourse

requirements)

10

Inadditiontothetechnicalskillsareamilestonerequirementsstudentsmustalsocomplete2

graduatelevelcourses(2*0.5)graduatelevelcreditsfromthelist(tobeincludedinthe

GraduateStudiesAcademicCalendar)below.

Quantum-SafeCryptographyCourses(choosetwofromthelistbelow)

• CS658(0.5)ComputerSecurityandPrivacy• ECE628(0.5)ComputerNetworkSecurity• CO685(0.5)TheMathematicsofPublic-KeyCryptography• CO687(0.5)AppliedCryptography• QIC890(0.5)AppliedQuantumCryptography(topic2)• QIC890(0.5)ImplementationofQuantumCommunication(topic3)• QIC710/CS768/AMATH871/CO681/PHYS767(0.5)QuantumInformation

Processing• QIC890(0.5)Topicsinquantum-safecryptography(topic19)• OthercoursesasapprovedbytheCryptoWorks21TechnicalSkillsCommittee

Forexample,astudentcouldchoosetocompleteCS658&QIC710satisfyingtheTechnicalskill

areasofNetworkSecurityandQuantumComputation.Thestudentmustthenparticipatein

theshortmodulesforCryptography,Post-QuantumCryptography,QuantumCryptography

TheoryandImplementationofQuantumCommunicationtofulfilltheTechnicalSkillsmilestone.

ThismethodwouldalsouseCS658andQIC710tosatisfythetwo(0.5)courserequirementin

thetechnicalportionofthediploma).

Theseareasrepresentthebreadthofknowledgerequiredtobeabletounderstandand

articulatetheoptionsforpreparingaspecificICTsystemtobesecureinthecontextofquantum

computers.However,technicalknowledgeisnotenoughtoevolveourICTinfrastructuretobe

safeinanerawithquantumcomputers.Tocomplementthetechnicalknowledge,wehave

implementedatrainingtrackwith5professionalareasofknowledge.

11

a. Professional Courses and Milestones

Theprofessionaltrainingforthoseparticipatinginthediplomaprogramwillbegainedthrough

thecompletionofthetworequiredcourses,BE600andBE606andsatisfactionoftwo

additionalmilestones.

BE600andBE606willcoverthefollowingtopics:

• IPProtectionandManagement• EntrepreneurshipandCommercialization• Communication• Management

1milestoneinStandardsandCertificationwillcoverthefifthprofessionalskillbythesame

name.Itwillbetaughtbyexpertsinthefieldsthatrelatetothisparticularskilldevelopment.

Inthepast,wehaveexpertsfromNationalInstituteofStandardsandTechnology,European

TelecommunicationsStandardsInstitute,Microsoft,UnitedKnowledgeandUW.Itwillbe

taughtoverthecourseoftwodays.Theworkshopconsistsofoverviewingofthestandards,

casestudies,aligningstandardstobusinessmodels,certificationandstandardsandcertification

forpost-quantumcryptographyetc.

Thefinalmilestoneoftheprogramwillbringtogethertheknowledgeoftechnicaland

professionalskillsintheIntegrationofProfessionalandTechnicalskillsmilestone.This

milestonewillbeofferedasatwo-dayseminarandwillinformstudentshowtoapplycore

conceptsinentrepreneurshiptoanewventureoracademicresearch.Studentswillusethe

LeanLaunchpadapproachtoidentifyandvalidateproblemsandtoarriveatexecutable

researchoracommercialsolution.

Howeachofthecoursesandmilestoneswillcontributetotheprogram'soveralllearning

outcomesisarticulatedinAppendixA(TableXI-b&TableXI-c).

NewmilestoneformsarelocatedinAppendixB.

12

V. Program Structure Studentsmayjointhegraduatediplomaonanongoingbasis,withoutanadditionaladmission

processtherewillbenoneedforaformalintakeperiod.ToearntheGraduateDiplomain

Quantum-SafeCryptographystudentsmustcompletetheequivalentof4(0.5)graduatelevel

coursesandseveralmilestones.Theprogrammustbecompletedwhilethestudentis

registeredintheirprimarydegree,studentswouldbesubjecttotheUniversitystandard

timelinesforMastersandDoctoralprogramscompletion.PhDstudentswouldhaveampletime

satisfytherequirementsduringthecourseoftheirstudies.

Studentsmaychoosetostudyonafulltimeorpart-timebasistoearntheirdiploma.Thiswill

occasionallybedictatedbycourseofferinganddemandsofthestudent'sprimarydegree

requirements.

Thediplomaprogramisstructuredinsuchawaythatastudentwouldbeabletocountcourses

completedaspartoftheirgraduatedegreetowardstherequirementsforthediplomaprogram.

Dependingonthestudent'shomefacultyandgraduatedegreebeingsoughttherewillbea

differentnumberofcoursesrequiredaboveandbeyondtheirdegreerequirements.Belowisa

tableofthepotentialnumberofadditionalcoursesrequiredfordiplomacompletion.The

informationbelowisbasedonthecurrentprogramrequirements.

Forexample,astudentinthediplomaprogramcouldtakeCS658,CS768andQIC890.Based

onthecalendarentryforMMathinComputerScience(linkbelow)thestudentwouldsatisfy

theCS600levelcourserequirement(withCS658)aswellasacoursefromthetableofCS

approvedcourses(withCS768).ThestudentwouldstillhavetofulfilltheCS800levelcourse

requirementand1otherfromtheCSapprovedlistalongwiththemilestoneandBE600andBE

606requirementsforthediploma

13

TableV-a:PotentialAdditionalCourse(doubleclicktoaccessexcelworkbook)

Program (programnamecontainslinktoGraduateCalendarentry.Commentincellincludesdegreerequirmentsanddiplomacoursesinboldusedtosatisfyrequierments)

NumberofCourses

requiredforDegree

Potentialnumberofcoursesthatcouldbeused

towardsDiploma(maximum2)

Additionalcourses

requiredforDegree

Additionalcoursesrequired

forDiploma(minimum2)

MMathComputerScience 4 2 2 2

MMathComputerScience(QI) 5 2 3 2

PhDComputerScience(entryfromMasters) 4 2 2 2

PhDComputerScience(QI)(entryfromQIMasters) 6 2 2 2

MMathCombinatorics&Optimization 4 2 0 2

MMathCombinatorics&Optimization(QI) 4 2 1 2

PhDCombinatorics&Optimization 8 2 3 2

PhDCombinatorics&Optimization(QI) 8 2 4 2

MMathPureMath 4 1 3 3

PhDPureMath 4 1 3 3

MAScElectricalandComputerEngineering 5 2 3 2

MAScElectricalandComputerEngineering 5 0 5 4

MAScElectricalandComputerEngineering(QI) 5 1 4 3

PhDElectricalandComputerEngineering(entryfrom 4 2 1 2

PhDElectricalandComputerEngineering(Nanotechonology)(entryfromMasters)

4 0 4 4

PhDElectricalandComputerEngineering(QI)(entryfroma 4 2 2 2

MScPhysics 4 1+ <3 ~2

MScPhysics(Nanotechnology) 4 1 3 3

MScPhysics(QI) 4 1+ <3 ~2

PhDPhysics(entryfromMasters) 4 1+ <3 ~2

PhDPhysics(Nanotechnology)(entryfromnon-NANOMasters) 4 0 4 4

PhDPhysics(QI)(entryfromQIMasters) 4 2 2 2

ComputerScience

CombinatoricsandOptimization

PureMath

ElectricalandComputerEngineering

Physics

14

TheOfferingschedulefortheQuantum-SafeCryptographycoursesdeliveredatUWisbelow.

TableV-b:CourseOfferingSchedule

2017-18 2018-19 2019-20 2020-21

Course F W S F W S F W S F W S

QIC710/AM871/CO

681/CS768/PC767 X X X X

QIC891(topic5) X X X X

QIC890(topic2) X X

QIC890(topic3) X X

QIC890(topic19) X X

CS658 X X X X X X X X X X X X

ECE628 X X X X

CO685 X X X X

CO687 X X X X

CO481/CS467/PHY

467 X X X X

Totalcourses 3 6 2 3 5 2 3 6 2 3 5 2

VI. Course Descriptions QIC710QuantumInformationProcessing(0.50)LEC

(Cross-listedwithAMATH871,CO681,CS768,PHYS767)

Reviewofbasicsofquantuminformationandcomputationalcomplexity;Simplequantum

algorithms;QuantumFouriertransformandShorfactoringalgorithm:Amplitudeamplification,

Groversearchalgorithmanditsoptimality;Completelypositivetrace-preservingmapsand

Krausrepresentation;Non-localityandcommunicationcomplexity;Physicalrealizationsof

quantumcomputation:requirementsandexamples;Quantumerror-correction,includingCSS

codes,andelementsoffault-tolerantcomputation;Quantumcryptography;Securityproofsof

quantumkeydistributionprotocols;Quantumproofsystems.Familiaritywiththeoretical

computerscienceorquantummechanicswillalsobeanasset,thoughmoststudentswillnotbe

familiarwithboth.

15

QIC890TopicsinQuantumInformation(0.50)LEC

Topic#2:AppliedQtmCryptography

Topic#3:ImpltnofQtmCommunication

Topic#19:TopicsinQuantum-SafeCrypto

QIC891TopicsinQuantumInformation(0.25)LEC

Topic#5:TopicsinQuantum-SafeCryptography

CS467LEC,TST0.50IntroductiontoQuantumInformationProcessing

Basicsofcomputationalcomplexity;basicsofquantuminformation;quantumphenomena;

quantumcircuitsanduniversality;relationshipbetweenquantumandclassicalcomplexity

classes;simplequantumalgorithms;quantumFouriertransform;Shorfactoringalgorithm;

Groversearchalgorithm;physicalrealizationofquantumcomputation;error-correctionand

fault-tolerance;quantumkeydistribution.[Offered:W]

CS658ComputerSecurityandPrivacy(0.50)LAB,LEC

Securityandprivacyissuesinvariousaspectsofcomputing.Specifictopicsinclude:comparing

securityandprivacy,programsecurity,writingsecureprograms,controlsagainstprogram

threats,operatingsystemsecurity,formalsecuritymodels,networksecurity,Internet

applicationsecurityandprivacy,privacy-enhancingtechnologies,databasesecurityandprivacy,

inferencedatamining,securitypolicies,physicalsecurity,economicsofsecurity,andlegaland

ethicalissues.(Note:KnowledgeofoperatingsystemsequivalenttothatobtainedfromCS350

isassumed.)

CO481LEC,TST0.50IntroductiontoQuantumInformationProcessing

Basicsofcomputationalcomplexity;basicsofquantuminformation;quantumphenomena;

quantumcircuitsanduniversality;relationshipbetweenquantumandclassicalcomplexity

classes;simplequantumalgorithms;quantumFouriertransform;Shorfactoringalgorithm;

16

Groversearchalgorithm;physicalrealizationofquantumcomputation;error-correctionand

fault-tolerance;quantumkeydistribution.[Offered:W]

CO685TheMathematicsofPublic-KeyCryptography(0.50)LEC

Anin-depthstudyofpublic-keycryptography,including:number-theoreticproblems-prime

generation,integerfactorization,discretelogarithms;public-keyencryption;digitalsignatures;

keyestablishment;secretsharing;andsecuritydefinitionsandproofs.

CO687AppliedCryptography(0.50)LEC

Abroadintroductiontocryptography,highlightingthemajordevelopmentsofthepasttwenty

years,includingsymmetricciphers,hashfunctionsanddataintegrity,public-keyencryptionand

digitalsignatures,keyestablishment,andkeymanagement.Applicationstointernetsecurity,

computersecurity,communicationssecurity,andelectroniccommercewillbestudied.

ECE628ComputerNetworkSecurity(0.50)LEC

Evolutionofcomputersecurity.Typesofsecuritythreats,hardwarethreats,softwarethreats,

physicalthreats,cryptanalysis.Thetheoryofsecuremessagepassing.Methodsofencryption,

privatenetworks,DataEncryptionStandard,PublicKeyCryptosystems.SecrecyandPrivacyina

networkenvironment,longhaulnetworks,localareanetworks.Protocolsforcomputer

networksecurity.

PHYS467LEC,TST0.50IntroductiontoQuantumInformationProcessing

Basicsofcomputationalcomplexity;basicsofquantuminformation;quantumphenomena;

quantumcircuitsanduniversality;relationshipbetweenquantumandclassicalcomplexity

classes;simplequantumalgorithms;quantumFouriertransform;Shorfactoringalgorithm;

Groversearchalgorithm;physicalrealizationofquantumcomputation;error-correctionand

fault-tolerance;quantumkeydistribution.[Offered:W]

BE600ManagementandLeadership(0.50)

17

Thiscourseprovidesstudentswiththeopportunitytodeveloparangeofsoftskillsandthe

businessacumennecessarytomaximizethelikelihoodofbusinesssuccess.Topicsinclude

communicationandinterpersonalskills,leadership,andnegotiationskills.Arangeofapplied

approachesareused,includingintegratedcases,simulations,andinteractionwiththelocal

businesscommunity.MEngandGDipstudentsonly.

BE606Entrepreneurshipandinnovation(0.50)

Thiscourseintroducesstudentstothetheoryunderlyingentrepreneurship,venturecreation

andinnovationmanagement,aswellasitspracticalimplications.Topicscovered

includeintroductiontoentrepreneurshipandinnovation,thedynamicsofinnovation,

corporateentrepreneurshipandcommercialization,venturecreationand

themanagementofhigh-performanceinnovativeteams.

VII. Mode of Delivery AllinstructionintheQuantum-SafeCryptographyprogramwillbegivenface-to-face.The

courseswillbedeliveredineitherthetraditionalweeklyformatorasintensiveblockcourses.

BlockcourseswillbeofferedintheSpringterms,lastingbetween1and2weeks.Thecourses

willhaveacreditweightof0.5andthereforerequireatotalof36hoursoflectures.Itis

reasonabletoexpectthelecturestobedeliveredoverthecourseof4-5fulldays.Thisblock

courseformatmayprovechallengingforsomestudentsasitcouldaffecttheirother

registrationduringthespringterm,howeverTable3indicatesthattherearesignificantlyless

courseofferingsintheSpringterms.Similarly,theintensiveinstructionmodelisgrowingin

popularityatseveralCanadianUniversitiesandtheCryptoWorks21hasalreadyimplemented

theequivalentofa0.5creditprofessionalskillscourseinpastspringtermsina1-weekperiod.

VIII. Assessment of Teaching and Learning

a. Teaching Assessment

Toensurethestudentsarereceivingthehighestqualityinstructionandcoursecontent,the

courseregistrantswillbepolledelectronicallywithanumberofspecificandopenended

18

questions.Theresponseswillbecollatedandanalyzedtoinformfuturecoursecontentand

instruction.AsenrollmentintheproposedGraduateDiplomainQuantum-SafeCryptography

increasestheremaybesomemeritinemployingmoreformalizedcourseevaluations,however

thecurrentpracticeusedbytheCryptoWorks21programcouldbeuseduntilsuchachange

becomesnecessary.

b. Learning Assessment

Eachoftherequiredcourseswillemployanumberofdifferentevaluationtools.Studentswill

beexpectedtodemonstratetheknowledgetheyhavegainedthoughcompletionofquizzes,

writtenassignments,possibleshortresearchpapers,andmockcourseproposals.Someofthe

technicalcourseswillcontainafinalexamination;theevaluationtoolswillbechosenatthe

discretionoftheinstructor.

Thediplomaprogramwillincludenewgraduatemilestonestoprovidestudentsthenecessary

traininginQuantum-SafeCryptography.Themilestoneswillbeevaluatedbydiplomafaculty

membersandrecordedascompleteonthestudent'stranscript.

IX. Resources Notethatthecorematerialhasalreadybeendevelopedandoffered.Thetechnicalskills

courseswillbeofferedbytheexistingfaculty,insomecaseswithsupportfrompostdocsor

visitors.FourofthefiveprofessionalskillswillbecoveredbycoursestobeofferedbyConrad

(anddeliveredastwo0.5creditcourses).

TheCryptoWorks21programwillprovidethenecessaryadditionalfunding(beyondwhatever

incomewillbegeneratedthroughthecurrentbudgetmodelbystudentsenrolledinthecredit

courses).CryptoWorks21iscurrentlyfundedbyNSERCaswellasmatchingfundsfromvarious

universitysources.Forexamplewearecurrentlyrequestingfundingfromamajorindustry

collaboratorandareengagedinseekingfundingfromotherindustrycollaboratorsand

governmentprogramssuchasTheNetworksofCentresofExcellenceofCanadain

Cybersecurity.

19

X. Quality and Other Indicators ThecityofWaterloohasattractedhighcaliberprofessionalsinthefieldofcryptographyin

quantumcontextforseveralyears.TheFacultyinvolvedwiththeproposedQuantumSafe

CryptographyGraduateDiplomaarehighlyvisibleleadersintheglobalcommunity(as

illustratedbytheirCurriculumVitaeinAppendixC).ThecaliberoftheFacultydesigningand

instructingtheprogramspeakstotheoverallqualityoftheprogram.TheFacultyand

Instructorsrepresentawiderangeofacademicexpertisethatcombinetocoverthebreadthof

skillsbeingtaughtintheprogram.AswellasthecurrentprimaryFacultymemberstheprogram

willcallonguestspeakerstogivelecturesandallowthestudentstoreceivethemostrelevant

andup-to-dateinstructionavailableinthefield.

XI. Projected Enrollment Sinceitsinceptionin2012theexistingCryptoWorks21programhasgrowninpopulationfrom

23to62studentsovertheyears.Applicationstothecurrentprogramarefurtherevidenceof

theincreasedinterestandneedforaformalizedprograminQuantumSakeCryptography.Inits

firstyearofexistencetheCW21programreceivedatotalof37applications(fromgraduate

studentsandpostdoctoralfellows)sinceOctober2013CW21hasreceivedanadditional229

applications(fromgraduateandpostdoctoralfellows)with161ofthoseapplicationsreceived

inthepast2years.Thesenumbersareaclearindicationofthedemandforprogramming

specializinginQuantum-SafeCryptography.Itisourexpectationthatwithaspecificcredential

attachedtothespecializedtrainingtheprogramwillattractasmallclass,about15students,in

yearoneoftheprogram.ConsideringthegrowthrateoftheCW21programweanticipate

enrollmenttogrowsteadilywitheachacademiccycle.

DemandforexpertsinInformationProtectionincreaseseachdaywiththegrowingcases

compromisedsecurity.Asdemandgrowswewillbeofferingacredentialnotwidelyavailablein

theacademiccommunity.Marketdemandshouldensurestronginitialenrollmentfromcurrent

UniversityofWaterloostudentsandhavethepotentialattractstudentstoenrollatthe

Universitytohaveaccesstothisuniquediplomaprogram.

20

Appendix A

Program Outcomes

Courses to Outcomes

Courses to Expectations

21

TableXI-a:ProgramOutcomes

PROGRAMOUTCOMES

1.DepthandBreadthofKnowledge

2.Researchand

Scholarship

3.LevelofApplicationofKnowledge

4.ProfessionalCapacity/Autonomy

5.LevelofCommunicationsSkills

6.AwarenessofLimitsofKnowledge

Tounderstandhowcryptographyisusedtoprotectourcybersystems x x x xTounderstandtheimpactquantumtechnologieswillhaveoncurrentcyberinfrastructure x x

Tounderstandboththequantumandclassicalsolutionstothequantumthreat,andtheirrespectivestrengthsandweaknesses x x Tounderstandthecurrentstateofimplementationofquantumcomputingandofquantum-safecryptography x x Tounderstandthechallengesofturningnewtechnologyintocommercializableproductsandservices x x x x xTounderstandthechallengesofbringingnewcryptographicmethodstowide-scaledeployment x x x x x

Tobeabletocommunicatetheproblemandopportunitypostedbyemergingquantumtechnologiestoarangeofrelevantstakeholders x x x x

Tounderstandstandardsandcertificationandtheirroleinwide-scaledeploymentofnewcryptographictechnology x x x x x

22

TableXI-b:CoursestoOutcomes

CoursesandKeyLearningExperiencesCoreCourses Milestones ElectiveCourses(2ofthefollowingrequired)

BE606 BE600TechnicalSkills

Standards&Certification

IntegrationofTechnical

andProfessional

SkillsCS658/ECE628

CO685/CO687

QIC890(topic2)

QIC890(topic3)

QIC891(topic5)

QIC710/CO481/CS467/PHYS4

67Tounderstandhowcryptographyisusedtoprotectourcybersystems x x x x Tounderstandtheimpactquantumtechnologieswillhaveoncurrentcyberinfrastructure x x xTounderstandboththequantumandclassicalsolutionstothequantumthreat,andtheirrespectivestrengthsandweaknesses x x x x xTounderstandthecurrentstateofimplementationofquantumcomputingandofquantum-safecryptography x x x xTounderstandthechallengesofturning x x x x

23

newtechnologyintocommercializableproductsandservicesTounderstandthechallengesofbringingnewcryptographicmethodstowide-scaledeployment x x x x x Tobeabletocommunicatetheproblemandopportunitypostedbyemergingquantumtechnologiestoarangeofrelevantstakeholders x x x Tounderstandstandardsandcertificationandtheirroleinwide-scaledeploymentofnewcryptographictechnology x x x

24

TableXI-c:CoursestoExpectations

CoursesandKeyLearningExperiences CoreCourses Milestones ElectiveCourses(2ofthefollowingrequired)

BE606 BE600TechnicalSkills

Standards&

Certification

IntegrationofTechnicalandProfessional

SkillsCS658/ECE628

CO685/CO687

QIC890(topic2)

QIC890(topic3)

QIC891(topic5)

QIC710/CO481/CS467/PH

YS467(Quantum

Computation)

1.DepthandBreadthofKnowledge Asystematicunderstandingofknowledgeandacriticalawarenessofcurrentproblemsand/ornewinsights,muchofwhichisat,orinformedby,theforefrontoftheiracademicdiscipline,fieldofstudy,orareaofprofessionalpractice; x x x x x x x x x x x2.ResearchandScholarship Aconceptualunderstandingandmethodologicalcompetencethat: i)Enablesaworkingcomprehensionofhowestablishedtechniquesofresearchandinquiryareusedtocreateandinterpretknowledgeinthediscipline; x x x x x x x

25

ii)Enablesacriticalevaluationofcurrentresearchandadvancedresearchandscholarshipinthedisciplineorareaofprofessionalcompetence; x x x x x x xiii)Enablesatreatmentofcomplexissuesandjudgmentsbasedonestablishedprinciplesandtechniques;and, x x x x x x x x x x xOnthebasisofthatcompetence,hasshownatleastoneofthefollowing: i)Thedevelopmentandsupportofasustainedargumentinwrittenform;or x x ii)Originalityintheapplicationofknowledge. x x 3.LevelofApplicationofKnowledge Competenceintheresearchprocessbyapplyinganexistingbodyofknowledgeintothecriticalanalysisofanewquestionorofaspecificproblemorissueinanewsetting. x x x x 4.ProfessionalCapacity/Autonomy a.Thequalitiesandtransferableskillsnecessaryforemploymentrequiring: i)Theexerciseofinitiativeandofpersonalresponsibilityandaccountability; x

26

ii)Decision-makingincomplexsituations; x x x b.Theintellectualindependencerequiredforcontinuingprofessionaldevelopment; x c.Theethicalbehaviorconsistentwithacademicintegrityandtheuseofappropriateguidelinesandproceduresforresponsibleconductofresearch;and x x x d.Theabilitytoappreciatethebroaderimplicationsofapplyingknowledgetoparticularcontexts. x x x 5.LevelofCommunicationsSkills Theabilitytocommunicateideas,issuesandconclusionsclearly. x x x 6.AwarenessofLimitsofKnowledge Cognizanceofthecomplexityofknowledgeandofthepotentialcontributionsofotherinterpretations,methods,anddisciplines. x x x x x x x x x x

27

Appendix B

New Milestones

Integration of Technical and Professional Skills

Standards and Certification

Technical Skills

28

Senate Graduate and Research Council – Course/Milestone –

New/Revision/Inactivation form

Faculty: Math Effective term: Term/Year Spring 2017 Course � New � Revision � Inactivation �

Milestone � New � Revision � Inactivation �

New milestone title: Integration of Professional and Technical SkillsSeminar

For course revisions, indicate the type(s) of changes: (e.g. consent, description, title, requisites) Course Subject code: Choose an item. Course number: Course Title (max. 100 characters incl. spaces): Course Short Title (max. 30 characters incl. spaces): Grading Basis: Choose an item. Course Credit Weight: Choose an item. Course Consent Required: � Choose an item. Course Description: New course description (for revision only): Meet Type(s): Choose an item. Choose an item. Choose an item. Choose an item. Primary Meet Type: Choose an item. Requisites: Special topics course: Yes � No � Cross-listed: Yes � No � Course Subject(s) to be cross-listed with and approval status: Sections combined/heldwith: Rationale for request: This seminar will inform students how to apply core concepts in entrepreneurship to a new venture or academic research. Students will use the Lean Launchpad approach to identify and validate problems and to arrive at executable research or a commercial solution. The intended learning outcome for the milestone:

• Define the lean canvas and explain its purpose. • Distinguish and summarize the difference between the product and market, understand their fit and

articulate the definition of: key metrics, unique value proposition, unfair advantage, channels, customer segments, cost structure and revenue streams.

• Construct customer profiles; engage in customer development and product market validation for an academic project or new venture.

• Develop an applicable intellectual property strategy to their product and idea. • Assemble a pitch and be able to effectively present and articulate their business idea or research

project clearly. Provide alternative views to expand and support their research and testing. Prepared by: CW21 Date: 1-Jan-17

GRADUATE STUDIES OFFICE Waterloo, Ontario, Canada N2L 3G1 uwaterloo.ca/graduate-studies | gsoffice@uwaterloo.ca Fax 519-746-3051

29

30

31

Appendix C

Curriculum Vitae

Bartholomew, Rachel

Beynon, Wm Douglas

Hurwitz, Marc

Jao, David

Jennewein, Thomas

Lutkenhaus, Norbert

Menezes, Alfred

Mosca, Michele

Weber, J. Mark

Bartholomew,Rachel January2017

32

CurriculumVitae

a) NAME:(rank,status(tenured,contract,MemberofGraduateFaculty/Corememberofprogrametc.)

Bartholomew,Rachel

IndustryProfessional

MemberoftheGraduateFaculty:no

b) DEGREES:designation,institution,department,yearMBA EntrepreneurshipandTechnology,UniversityofWaterloo,2014.

BBA InformationTechnologyManagement,YorkUniversity,2013.

c) EMPLOYMENTHISTORY:dates,rank/position,department,institution/firmNov.2016-present ManagerofInnovation,MeridianCreditUnion

Aug.2016-present Co-Founder,Servii.io

Sept.2013-present Founder,TheModMarketInc.

April2016-Oct.2016 BusinessDevelopmentManager,AdvancedChemicalTechnologies

Feb.2014-Aug.2016 CourseFacilitator&Coordinator,ConradBusiness,Entrepreneurship

andTechnologyCentre

July2015-Nov.2015 ProductDevelopmentManage,4DVirtualSpace

July2014-July2015 BusinessAnalyst,CyberNorthVenturesInc.

April2014-Aug.2015 EntrepreneurialAdvisorandInstructor,ConradCentreforBusiness,

EntrepreneurshipandTechnology

Sept.2013-June2014 ProjectLead,HumanVelocityInc.

April2013-Jan.2014 HeadofMarketingandFinance,TebMed

d) HONOURS:(F.R.S.,F.R.S.C.,GovernorGeneralsAward,honorarydegree,etc...)Certifications:

2014 ProjectManagementProfessional

2014 TechnicalSales

2014 FundamentalsofManagementConsulting

2016-present CharteredInvestmentManager

Bartholomew,Rachel January2017

33

e) SCHOLARLYANDPROFESSIONALACTIVITIES:past7yearsonly(eg.executiveandeditorialpositionsbutnotmembershipsinsocieties)

f) GRADUATESUPERVISIONS:masters,doctoral,postdoctoral-completed/inprogressg) GRADUATECOURSES:past7years,byyear1.EXTERNALRESEARCHFUNDING:past7yearsonly,byyear,indicatingsource(grantingcouncils,

industry,government,foundations,other);amount;principalinvestigator;purpose(research,travel,

publications,etc...)

2.INTERNALRESEARCHFUNDING:Thisincludesuniversityfunds,SSHRCminorgrantsawarded

throughtheUniversity,

h) PUBLICATIONS:ThePublicationsshouldbelistedinthecategoriesshownbelowandincludethefollowinginformation:booksauthored,booksedited(alistofthechapterscontributedbytheeditormustfolloweachtitle),chaptersinbooks(otherthanthoselistedintheabovecategory),papersinrefereedjournals,papersinrefereedconferenceproceedings,technicalreports,abstractsand/orpapersread,andothers.Eachtitlemustshowthenamesoftheauthorsintheorderinwhichtheyappearintheoriginalpublicationandinclusivepagenumbers.Publicationssubmitted,butnotyetaccepted,mustbelistedseparatelywithinthevariouscategories.

1)Life-timesummary(count)accordingtothefollowingcategories:

-Booksauthored............................................................................................................................

-Booksedited................................................................................................................................

-Chaptersinbooks........................................................................................................................

-Papersinrefereedjournal.........................................................................................................

-Papersinrefereedconferenceproceedings................................................................................

-Technicalreports.........................................................................................................................

-Abstractsand/orpapersread......................................................................................................

-Others(workshopspresented)....................................................................................................

�2)Detailsforpastseven(7)yearssamecategoriesasabove:books,chaptersinbooks,papersin

refereedjournals.

Beynon,WmDouglas January2017

34

CurriculumVitae

a) NAME:(rank,status(tenured,contract,MemberofGraduateFaculty/Corememberofprogrametc.)Beynon,WmDouglas

IndustryProfessional

MemberoftheGraduateFaculty:no

b) DEGREES:designation,institution,department,yearPh.D. Business,UniversityofKansas,1977.

MASc ManagementSciences,UniversityofWaterloo,1973.

BASc MechanicalEngineering,UniversityofWaterloo,1970.

c) EMPLOYMENTHISTORY:dates,rank/position,department,institution/firm2015-present DirectorandCEO,AdvancedChemicalTechnologies

2013-present President,KeiretsuForum,WaterlooChapter

2009-present President,BeynonEnterprises

2009-present Entrepreneur-in-Residence,the�ConradBusiness,Entrepreneurship&

TechnologyCentre,UniversityofWaterloo

2012-present Facilitator,InnovatorsAlliance

2011-2014 CEO,�TechnologyConvergenceInc.

2010-2011 Co-CEOBrandlogoCommunicationsInc.

2009-2010 Co-CEOSquareFootMedia,Inc.

2003-2009 FounderandChairoftheAdvisoryCouncil,ConradBusiness

Entrepreneurship&TechnologyCentre,UniversityofWaterloo

1999-2012 Member,Innovator’sAlliance

1993-1998 FounderandBoardMember,EnvironmentalBusinessNetwork,

Waterloo/Guelph

1993-1998 VicePresidentWaterlooRegion,OCETA

1987-1993 Co-FounderandMember,ExecutiveDevelopmentGroup,Waterloo

1983-2009 ManagingPartner,BeynonHowes

1983-1985 Manager,ReedMedicalGroup

Beynon,WmDouglas January2017

35

1977-1983 VicePresidentR&D,OrganizationalSystemsInc.

1977-1978 VisitingProfessor,Business,UniversityofKansas

1976-1977 AssistantProfessor,Commerce,SimonFraserUniversity

d) HONOURS:(F.R.S.,F.R.S.C.,GovernorGeneralsAward,honorarydegree,etc...)

e) SCHOLARLYANDPROFESSIONALACTIVITIES:past7yearsonly(eg.executiveandeditorialpositionsbutnotmembershipsinsocieties)Executive

2013-present BoardMember,SponsorsOneInc.

2003-2012 BoardMember&Chair,BLOOM(formerlytheOntarioCentrefor

EnvironmentalTechnologyAdvancement-OCETA)

2012-present BoardMember,ElectricalContactsLimited(ECL)

2012-present BoardMember,UbiquitySolarInc

2012-present BoardMember,PinPointCaymanHoldingsInc

f) GRADUATESUPERVISIONS:masters,doctoral,postdoctoral-completed/inprogress

g) GRADUATECOURSES:past7years,byyear

h) EXTERNALRESEARCHFUNDING:past7yearsonly,byyear,indicatingsource(grantingcouncils,industry,government,foundations,other);amount;principalinvestigator;purpose(research,travel,publications,etc...)

*Type:C-Grantingcouncils;G-Government;F-Foundations;O-Other

**Purpose:research,travel,publication,etc.

2.INTERNALRESEARCHFUNDING:Thisincludesuniversityfunds,SSHRCminorgrantsawarded

throughtheUniversity,etc.]

i) PUBLICATIONS:ThePublicationsshouldbelistedinthecategoriesshownbelowandincludethefollowinginformation:booksauthored,booksedited(alistofthechapters

Beynon,WmDouglas January2017

36

contributedbytheeditormustfolloweachtitle),chaptersinbooks(otherthanthoselistedintheabovecategory),papersinrefereedjournals,papersinrefereedconferenceproceedings,technicalreports,abstractsand/orpapersread,andothers.Eachtitlemustshowthenamesoftheauthorsintheorderinwhichtheyappearintheoriginalpublicationandinclusivepagenumbers.Publicationssubmitted,butnotyetaccepted,mustbelistedseparatelywithinthevariouscategories.1)Life-timesummary(count)accordingtothefollowingcategories:

-Booksauthored............................................................................................................................

-Booksedited................................................................................................................................

-Chaptersinbooks........................................................................................................................

-Papersinrefereedjournal.........................................................................................................

-Papersinrefereedconferenceproceedings................................................................................

-Technicalreports.........................................................................................................................

-Abstractsand/orpapersread......................................................................................................

-Others(workshopspresented)....................................................................................................

2)Detailsforpastseven(7)yearssamecategoriesasabove:books,chaptersinbooks,papersin

refereedjournals.

Hurwitz,Marc January2017

37

CurriculumVitaea) NAME:(rank,status(tenured,contract,MemberofGraduateFaculty/Corememberof

programetc.)�

Hurwitz,Marc

Assistantprofessor,tenured

MemberoftheGraduateFaculty:yes

b) DEGREES:designation,institution,department,yearCMC CertifiedManagementConsultant,CMC-Ontario,2016.

Ph.D. CognitiveNeuroscience,UniversityofWaterloo,2010.

MBA WilfridLaurierUniversity,2000.

MSc AppliedMathematics,UniversityofGuelph,1988.

MSc NuclearPhysics,McMasterUniversity,1984.

BSc TheoreticalPhysics,UniversityofGuelph,1983.

CertifiedEmployeeBenefitSpecialist,2005.

c) EMPLOYMENTHISTORY:dates,rank/position,department,institution/firm2014-present AssociateDirector,UndergraduateStudies&Lecturer,ConradBusiness,

EntrepreneurshipandTechnologyCentre,UniversityofWaterloo.

2002-2014 AssistantProfessor&Instructor,WilfridLaurierUniversity.

2006-present Foundingpartner,ChiefInsightOfficer,FliPskillsConsulting&FliP

University.

2006-2014 Consultingpartner,ThinkxIC.

1997-2006 AssistantVicePresidentMarketing&Communications,AVPWeb

Integration(GroupBenefits),ManulifeFinancial.

1999-2000 ManagerStochasticRiskPricing(WealthManagement),Manulife

Financial.

1997-1999 TrainingManager(HRIS);PerformanceImprovementConsultant

(WealthManagement),ManulifeFinancial.

1990-1997 PresidentandCo-Founder,MathPlusLearningCentres.

d) HONOURS:(F.R.S.,F.R.S.C.,GovernorGeneralsAward,honorarydegree,etc...)GoldMedalist,WilfridLaurierUniversity,2000.

e) SCHOLARLYANDPROFESSIONALACTIVITIES:past7yearsonly(eg.executiveandeditorialpositionsbutnotmembershipsinsocieties)

Hurwitz,Marc January2017

38

f) GRADUATESUPERVISIONS:masters,doctoral,postdoctoral-completed/inprogress�

NAMEOFSTUDENTSsupervisedwithinthepastsevenyears,titleofthesisofproject,yearoffirst

registrationandyearofcompletion:

g) GRADUATECOURSES:past7years,byyear

h) 1.EXTERNALRESEARCHFUNDING:past7yearsonly,byyear,indicatingsource(grantingcouncils,industry,government,foundations,other);amount;principalinvestigator;purpose(research,travel,publications,etc...)

*Type:C-Grantingcouncils;G-Government;F-Foundations;O-Other

**Purpose:research,travel,publication,etc.

2.INTERNALRESEARCHFUNDING:Thisincludesuniversityfunds,SSHRCminorgrantsawardedthroughtheUniversity,etc.]

i)PUBLICATIONS:ThePublicationsshouldbelistedinthecategoriesshownbelowandincludethefollowinginformation:books

authored,booksedited(alistofthechapterscontributedbytheeditormustfolloweachtitle),chaptersinbooks(otherthanthoselistedinthe

abovecategory),papersinrefereedjournals,papersinrefereedconferenceproceedings,technicalreports,abstractsand/orpapersread,and

others.Eachtitlemustshowthenamesoftheauthorsintheorderinwhichtheyappearintheoriginalpublicationandinclusivepagenumbers.

Publicationssubmitted,butnotyetaccepted,mustbelistedseparatelywithinthevariouscategories.

1)Life-timesummary(count)accordingtothefollowingcategories:

-Booksauthored............................................................................................................................2

-Booksedited................................................................................................................................0

-Chaptersinbooks........................................................................................................................3

-Papersinrefereedjournal...........................................................................................................9

-Papersinrefereedconferenceproceedings................................................................................8

-ProfessionalPublucations............................................................................................................2

-Abstractsand/orpapersread......................................................................................................0

-Others(workshopspresented)....................................................................................................23

�2)Detailsforpastseven(7)yearssamecategoriesasabove:books,chaptersinbooks,papersin

refereedjournals.

Booksauthored:

Hurwitz,Marc January2017

39

1. Hurwitz,M.,&Hurwitz,S.(2015).Leadershipishalfthestory:Afreshlookatfollowership,leadership,&collaboration.Toronto,Canada:UniversityofTorontoPress-RotmanPublishing.

2. Koonce,R.,Bligh,M.,Carsten,M.,&Hurwitz,M.(Eds.)(2016).Followershipinaction:Casesandcommentaries.Bradford,UK:EmeraldGroupPublishing.

ChaptersinBooks:�

1. Hurwitz,M.&Hurwitz,S.(2016).Amistakeinthenumbers.InR.Koonce,M.Bligh,M.Carsten,&M.Hurwitz(Eds.),Followershipinaction.Bradford,UK:EmeraldGroupPublishing.

2. Hurwitz,M.&Hurwitz,S.(2016).Theacquiredexecutive.InR.Koonce,M.Bligh,M.Carsten,&M.Hurwitz(Eds.),Followershipinaction.Bradford,UK:EmeraldGroupPublishing.

3. Hurwitz,M.(2015).Howtobeabetterfollower.InD.DeRuyver&J.Gardiner(Eds.),Becomingabetterleader:Applyingkeystrategies(pp.22-29).Routledge,jointlywithInternationalLeadershipAssociation.

PapersinrefereedJournals:��

1. Colbry,S.,Adair,R.,&Hurwitz,M.(2014).Collaborationtheory.JournalofLeadershipEducation,Special2014,65-75.2. Cavezian,C.,Valadao,D.,Hurwitz,M.,Saoud,M,&Danckert,J.(2012).Findingcentre:OcularandfMRIinvestigationsofbisectionandlandmarktaskperformance.BrainResearch,1437,89-103.

3. Hurwitz,M.,Valadao,D.,&Danckert,J.(2011).FunctionalMRIofdynamicjudgmentsofspatialextent.ExperimentalBrainResearch,214,61-72.4. Hurwitz,M.,Valadao,D.,&Danckert,J.(2011).Staticversusdynamicjudgmentsofspatialextent.ExperimentalBrainResearch,209,271-286.

5. Valadao,D.,Hurwitz,M.,Danckert,J.(2010).Examiningtheinfluenceof‘noise’injudgementsofspatialextent.ExperimentalBrainResearch,207,2010.

6. Merrifield,M.,Hurwitz,M.,Danckert,J.(2010).Multimodaltemporalperceptiondeficitsinapatientwithleftspatialneglect.CognitiveNeuroscience,1(4),244-253.

7. Hurwitz,M.&Hurwitz,S.(2009).Theromanceofthefollower:part3.IndustrialandCommercialTraining,41(6),326-333.

8. Hurwitz,M.&Hurwitz,S.(2009).Theromanceofthefollower:part2.IndustrialandCommercialTraining,41(4),199-206.9. Hurwitz,M.&Hurwitz,S.(2009).Theromanceofthefollower:part1.IndustrialandCommercialTraining,41(2),80-86.

Papersinrefereedconferenceproceedings:

1. Hurwitz,M.(2015).Kirkvs.Spock:Intothedecision.InternationalLeadershipAssociationAnnualMeeting.2. Hurwitz,M.(2015).Leadershipishalfthestory:What'smissingfromourcollaborations?InternationalLeadershipAssociationAnnualMeeting.

3. Hurwitz,M.,Poon,R.,&Piggot-Irvine,E.(2015).Neuroscienceandleadership:Atimelymarriageofdisciplinesorshouldwejustbedating?InternationalLeadershipAssociationAnnualMeeting.(Paneldiscussion-Hurwitz,M:Chair)

Hurwitz,Marc January2017

40

4. Koonce,R.,Bligh,M.,&Hurwitz,M.(2015).Followershipinaction.InternationalLeadershipAssociationAnnualMeeting.(Paneldiscussion-Koonce,R:Chair)

5. HurwitzM.,Colbry,S.,&Adair,R.(2014).Collaborationtheory.InternationalLeadershipAssociationAnnualMeeting.6. Hurwitz,M.(2013).Aninitialmodelforpartnerships.Presentationat:InternationalLeadershipAssociationAnnualMeeting.

7. Hurwitz,M.,Valadao,D.,DanckertJ.(2010).AnfMRIstudyofdynamicjudgmentsofspatialextent.PosterpresentedatVisionsSciencesSocietyannualmeeting,2010.8. Tkaczyk,A.,Meza,C.,Hurwitz,M.,Anderson,B.,&Danckert,J.Updatingtemporalrepresentations.Posterat:VisionSciencesSocietyannualmeeting,2011.

a. ProfessionalPublications:

1. Hurwitz, S. & Hurwitz, M. (2012). Foundations of leadership and followership. The Bottom Line. 2. Hurwitz, S. & Hurwitz, M. (2010). The missing ingredient in talent development. Management Magazine, May, 2010.

Others(workshopspresented):

1. USDepartmentofDefense2. U.S.military3. SchlegelVillages4. StrategicCapabilitiesNetwork5. Desire-2-Learn6. MennoniteEconomicDevelopmentAssociation7. InstituteforPerformanceandDevelopment(formerly:CanadianSocietyofTraining&

Development)8. ConferenceBoardofCanada9. LeadershipWaterloo10. AssociationforTalentDevelopment(formerlyASTD)11. EngineeringCareerCoach.com12. NAVCanada13. ILA14. CPACanada15. CPAOntario16. InstituteforPublicAdministrationCanada17. GlobalProjectManagementInstitute18. CanadianFoodInspectionAgency19. SethHospitality

Hurwitz,Marc January2017

41

20. Microsoft21. UniversityofWaterloo22. CityofEdmonton23. CambridgeFoodBan

Jao,David January2017

42

CurriculumVitae

a) NAME:(rank,status(tenured,contract,MemberofGraduateFaculty/Corememberofprogrametc.)

Jao,DavidY.

Associateprofessor,nottenured

MemberoftheGraduateFaculty:yes

b) DEGREES:designation,institution,department,yearPh.D.DepartmentofMathematics,HarvardUniversity,Cambridge,MA,2003

S.B.,Mathematics,MassachusettsInstituteofTechonology,Cambridge,MA,1998

c) EMPLOYMENTHISTORY:dates,rank/position,department,institution/firm2014-present- Director,CentreforAppliedCryptographyResearch(CARC)

2011-present- AssociateProfessor,DepartmentofCombinatorics&Optimization,

UniversityofWaterloo

2006-2011- AssistantProfessor,DepartmentofCombinatorics&Optimization,

UniversityofWaterloo

2003-2006- Post-doctoralResearcher,MicrosoftResearch

d) HONOURS:(F.R.S.,F.R.S.C.,GovernorGeneralsAward,honorarydegree,etc...)OntarioMinistryofResearchandInnovation,EarlyResearcherAward,2009

SigmaXi,TheScientificResearchSociety,Fullmembership,2007

HarvardUniversity,CertificateofDistinctioninTeaching,2003

NationalDefenseScienceandEngineering(NDSEG)GraduateFellowship,1999

NationalScienceFoundation,NSFGraduateResearchFellowship,1999

MassachusettsInstituteofTechnology,JonA.BucselaPrizeinMathematics,1998

Top25intheWilliamLowellPutnamMathematicalCompetition,1997

BarryM.GoldwaterScholarship,1996.�

e) SCHOLARLYANDPROFESSIONALACTIVITIES:past7yearsonly(eg.executiveandeditorialpositionsbutnotmembershipsinsocieties)

ProgramCommitteemembership:

Jao,David January2017

43

PQCrypto,2014-2016

ICISC,2009-2016

TAMC,2013

IMACC,2011

SAC2010

Refereeingactivities�

ANTSXII

IEEETrans.Comput.

Math.Comp.

IWSEC2011

RAIROITA

Des.Codes&Crypt.

Graphs&Combinatorics,

Pairing2010

Adv.Math.Comm.

CanadaJ.Math

J.Cryptology

ARITH-17.�

f) GRADUATESUPERVISIONS:masters,doctoral,postdoctoral-completed/inprogressCompleted:10MMath,1Ph.D,�

Inprogress:1MMath,5Ph.D,8PDF

NAMEOFSTUDENTSsupervisedwithinthepastsevenyears,titleofthesisofproject,yearof

firstregistrationandyearofcompletion:

YounghoYoo(current)

DhinakaranVinayagamurthy(current)

JasonLeGrow(current)

ChristopherLeonardi(current)

LuisRuiz-Lopez(current)

GabrielGauthier-Shalom(current)

Jao,David January2017

44

ZheLiu(current)

GeovandroC.C.F.Pereira(current)

JavadDoliskani(current)

Jean-FrançoisBiasse(current)

KassemKalach(current)

RezaAzarderakhsh(current)

LucaDeFeo(current)

PatrickLonga(current)

VladimirSoukharev(Dec.2016)

JasonLeGrow(Apr.2016)

ChristopherLeonardi(Apr.2016)

LuisRuiz-Lopez(Aug.2015)

AnirudhSankar(Aug.2015)

Di-eterFishbein(Apr.2014)

Yik-SiongKok(Apr.2013)

GurleenGrewal(Apr.2012)

VladimirSoukharev(Dec.2010)

g) GRADUATECOURSES:past7years,byyearLectures:

C&O250—IntroductiontoOptimization(Winter2017)�

C&O456—IntroductiontoGameTheory(Fall2016)�

Math239—IntroductiontoCombinatorics(Fall2016,Winter2015,Fall2010,Fall2009,Spring

2009,Fall2008,Fall2007)�

C&O487—AppliedCryptography(Winter2016,Winter2015,Winter2013,Winter2011)�

C&O789—Lattice-basedCryptography(Fall2015)�

C&O485/685—Public-KeyCryptography(Fall2015,Fall2014,Fall2013,Fall2010,Fall2009,Fall

2008,Fall2007)�

Math145—Algebra,AdvancedLevel(Fall2014,Fall2013,Fall2011)�

C&O331—CodingTheory(Winter2013,Winter2011,Winter2007)�

Jao,David January2017

45

C&O789—Pairing-basedCryptography(Fall2011,Winter2007)

�

h) 1.EXTERNALRESEARCHFUNDING:past7yearsonly,byyear,indicatingsource(grantingcouncils,industry,government,foundations,other);amount;principalinvestigator;purpose(research,travel,publications,etc...)

Year Source Type* Amountperyear Purpose**

2016-2021 NSERCDiscoveryGrant C $29,000/year Research

2011-2016 NSERCDiscoveryGrant C $11,000/year Research

2011-2013 NSERCCollaborative C $66,000/year Research

Research&Development

2009-2014 OntarioMinistryofResearchG $30,000/year Research

&InnovationEarlyResearch

Award

*Type:C-Grantingcouncils;G-Government;F-Foundations;O-Other,m

**Purpose:research,travel,publication,etc.

2.INTERNALRESEARCHFUNDING:Thisincludesuniversityfunds,SSHRCminorgrantsawarded

throughtheUniversity,etc.]

i) PUBLICATIONS:ThePublicationsshouldbelistedinthecategoriesshownbelowandincludethefollowinginformation:booksauthored,booksedited(alistofthechapterscontributedbytheeditormustfolloweachtitle),chaptersinbooks(otherthanthoselistedintheabovecategory),papersinrefereedjournals,papersinrefereedconferenceproceedings,technicalreports,abstractsand/orpapersread,andothers.Eachtitlemustshowthenamesoftheauthorsintheorderinwhichtheyappearintheoriginalpublicationandinclusivepagenumbers.Publicationssubmitted,butnotyetaccepted,mustbelistedseparatelywithinthevariouscategories.

1)Life-timesummary(count)accordingtothefollowingcategories:

-Booksauthored.................................................................................................................

-Booksedited.....................................................................................................................

-Chaptersinbooks............................................................................................................. 1

-Papersinrefereedjournal............................................................................................... 7

Jao,David January2017

46

-Papersinrefereedconferenceproceedings..................................................................... 18

-Technicalreports..............................................................................................................

-Abstractsand/orpapersread...........................................................................................

-Others(workshopspresented)......................................................................................... 22

-Patents.............................................................................................................................. 7

2)Detailsforpastseven(7)yearssamecategoriesasabove:books,chaptersinbooks,papers

inrefereedjournals.

ChaptersinBooks:

1.D.Jao,EllipticCurveCryptography.In:P.StavroulakisandM.Stamp(ed.),Handbookof

CommunicationandInformationSecurity,Springer-Verlag,2010.

PapersinrefereedJournals:

B.Koziel,R.Azarderakhsh,M.Mozaffari-Kermani,andD.Jao,Post-quantumcryp-tographyon

FPGAbasedonisogeniesonellipticcurves,IEEETrans.CircuitsSyst.I,Reg.Papers,toappear.

R.Azarderakhsh,D.Fishbein,G.Grewal,D.Jao,S.Hu,P.Longa,andR.Verma,Fastsoftware

implementationofbilinearpairings,IEEET.Depend.Secure.(toappear).

R.Azarderakhsh,D.Jao,andH.Lee,Commonsubexpressionalgorithmsforspace-complexity

reductionofGaussiannormalbasismultiplication,IEEE.Trans.Inf.Theory61,no.5,pp.2357–

2369.

L.DeFeo,D.Jao,andJ.Pluˆt,Towardsquantum-resistantcryptosystemsfromsupersingular

ellipticcurveisogenies,J.Math.Cryptol.8,no.3(2014),pp.209–247.

A.Childs,D.Jao,andV.Soukharev,Constructingellipticcurveisogeniesinquan-tum

subexponentialtime,J.Math.Cryptol.8,no.1(2014),pp.1–29.

PapersinRefereedConferenceProceedings:

B.Koziel,R.Azarderakhsh,D.Jao,andM.Mozaffari-Kermani,Onfastcalculationofaddition

chainsforisogeny-basedcryptography,Inscrypt2016,toappear.

B.Koziel,R.Azarderakhsh,A.Jalali,D.JaoandM.Kermani,NEON-SIDH:Effi-cient

implementationofsupersingularisogenyDiffie-HellmankeyexchangeprotocolonARM,CANS

2016,LectureNotesinComputerScience10052,pp.88–103,Springer-Verlag,Berlin,2016.

Jao,David January2017

47

R.Azarderakhsh,D.Jao,K.Kalach,B.Koziel,C.Leonardi,Keycompressionforisogeny-based

cryptosystems,3rdACMInternationalWorkshoponASIAPublic-KeyCryptography(AsiaPKC

2016),pp.1–10,ACMPress,NewYork,2016.

V.Soukharev,D.Jao,andS.Seshadri,Post-quantumsecuritymodelsforauthen-ticated

encryption,PQCrypto2016,LectureNotesinComputerScience9606,pp.64–78,Springer-

Verlag,Berlin,2016.

J.F.Biasse,D.Jao,andA.Sankar,Aquantumalgorithmforcomputingisogeniesbetween

supersingularellipticcurves,Indocrypt2014,LectureNotesinComputerScience8885,pp.428–

442,Springer-Verlag,Berlin,2014.

D.JaoandV.Soukharev,Isogeny-basedquantum-resistantundeniablesignatures,PQCrypto

2014,LectureNotesinComputerScience8772,pp.160–179,Springer-Verlag,Berlin,2014.

G.Grewal,R.Azarderakhsh,P.Longa,S.Hu,andD.Jao,Efficientimplementationofbilinear

pairingsonARMprocessors,SAC2012,LectureNotesinComputerScience7707,pp.149–165,

Springer-Verlag,Berlin,2013.

R.D’Souza,D.Jao,I.Mironov,andO.Pandey,Publiclyverifiablesecretsharingforcloud-based

keymanagement,Indocrypt2011,LectureNotesinComputerScience7107,pp.290–309,

Springer-Verlag,Berlin,2011.

D.JaoandL.DeFeo,Towardsquantum-resistantcryptosystemsfromsupersingularelliptic

curveisogenies,PQCrypto2011,LectureNotesinComputerScience7071,pp.19–34,Springer-

Verlag,Berlin,2011.

Others(workshopspresented):

JointMeetingsoftheAmericanMathematicalSociety(MathematicsofCryptographyspecial

session),Atlanta,GA,Jan.2017.

SecureandTrustworthyComputingCybersecurityWorkshop,UniversityofWiscon-sin,

Madison,WI,Jun.2016

2015AMMCS-CAIMSCongress,WilfridLaurierUniversity,Waterloo,ON,Jun.2015.

PIMSWorkshoponAbelianVarietiesinCryptography,UniversityofCalgary,AB,May2015.

WorkshoponCurvesandApplications,UniversityofCalgary,AB,Aug.2013.

CanadianMathematicalSocietySummerMeeting(NumberTheoryspecialsession),University

ofRegina,SK,Jun.2012.

Jao,David January2017

48

WorkshoponEllipticCurveCryptography,INRIA(Nancy,France),Sep.2011.

CANS2016,Universit`adegliStudidiMilano,Milan,Nov.2016.

Indocrypt2011,IndianInstituteofMathematicalSciences,Chennai,Dec.2011.

PQCrypto2011,NationalTaiwanUniversity,Nov.2011.

Jennewein,Thomas January2017

49

CurriculumVitae

a)NAME:(rank,status(tenured,contract,MemberofGraduateFaculty/Corememberof

programetc.)

Jennewein,Thomas

AssociateProfessor,Tenured

MemberoftheGraduateFaculty,Yes

b)DEGREES:designation,institution,department,year

DoctorateEquivalent,ExperimentalPhysics-QuantumOptics,UniversityofVienna,2002

MastersEquivalent,ExperimentalPhysics-QuantumOptics,UniversityofInnsbruck,

1997

BSc,ExperimentalPhysics,UniversityofInnsbruck,1995

c)EMPLOYMENTHISTORY:dates,rank/position,department,institution/firm

2015-Present FullProfessor,PhysicsandAstronomy,UniversityofWaterloo

2009-2015 IQCAssociateProfessor,PhysicsandAstronomy,Universityof

Waterloo

2004-2009 ExternalLecturer,Physics,UniversityofVienna

2004-2009 SeniorScientist,InstituteforQuantumOptics,AustrianAcademy

ofSciences

2007-2008 ResearchVisitor,Physics,UniversityofBrisbane,Universityof

Queensland

2003-2004 EngineeringConsultant,BerataGmbH

1999-2003 UniversityAssistant,ExperimentalPhysics,UniversityofVienna

1999-2000 ArmyService,AustrianArmy

1997-1999 UniversityAssistant,ExperimentalPhysics,Universityof

Innsbruck,LeopoldFranzensUniversitat

1992-1995 ProductDeveloper,HarbauerElektrokomponentenGes.m.b.H

Jennewein,Thomas January2017

50

d)HONOURS:(F.R.S.,F.R.S.C.,GovernorGeneralsAward,honorarydegree,etc...)

EarlyResearcherAward,2011

InternationalResearchFellowshipoftheAustralianResearchCouncil,2007

LoschmidtprizeoftheAustrianPysical-ChemicalSocietyforthetopPhDThesis,2002

e)SCHOLARLYANDPROFESSIONALACTIVITIES:past7yearsonly(eg.executiveand

editorialpositionsbutnotmembershipsinsocieties)

InternationalCollaboration:

Sept.2010 Collaborator,Spain,CollaboratedwithAdanCabelloattheUniversityof

Sevilleonexperimentsonqutritprotocolsandfundamentalexperiments,aswellas

loop-holefreeBell-testsusingphotonconverters.

July2011-Aug.2012Collaborator,Italy,CollaboratedwithPaoloVilloresiatUniversityof

Padovaoninvestigationofadaptiveopticsforquantumcommunicationsinfreespace.

Sept.2011 Collaborator,Australia,CollaboratedwithDanielTernoatMacquarie

Universityonphotonicquantuminformationincurvedspacetime;testingthecoupling

betweenorbitalangularmomentumandspin;foundationsofquantumphysics.

Jan.2012 Collaborator,Italy,CollaboratedwithAlbertoTosiatthePolytechnic

UniversityofMilaninanexperimentalstudyofadvancedsingle-photondetectorsand

arrays,suchasentangledphotonsfromGaAssamples,andatwo-photonsingle-photon

spectrometerandinterferences.

Jan.2012 Collaborator,Australia,CollaborationwithTimRalphattheUniversityof

Queenslandonphotonicsquantuminformationincurvedspacetime.

Sept.2012 Collaborator,UnitedStates,CollaborationwithSae-WooNamatNISTon

GHZ-entangledphotontripletsgeneratedfromcascadedSPDC,andonfuturedata

acquisitionandtime-taggingdevices.

Aug.2012 Collaborator,Austria,CollaborationwithAntonZeilingerandRupert

UrsinattheUniversityofViennaontheEuropeanquantumsatelliteproject"Space-

QUEST",andquantumTeleportationover144km,andcontinuouscollaborationon

quantumsatellitesinspace.

Jennewein,Thomas January2017

51

Sept.2013 Collaborator,Poland,CollaboratedwithPiotrKolenderskiattheNicolaus

CopernicusUniversityinTorunonexperimentalimplementationsofspectrallypure

photonsfromSPDC.

May2013 Collaborator,UnitedKingdom,CollaborationwithIvetteFuentesatthe

UniversityofNottingham,andhergroup,onentanglementinrelativisticsettings.

Jan.2014 Collaborator,UnitedStates,CollaborationwithPaulKiwatontestingand

advancingSinglePhotonDetectorsforSpaceApplications.

f)GRADUATESUPERVISIONS:masters,doctoral,postdoctoral-completed/inprogress

Completed:8Master,5Ph.D.,8PDF

InProgress:1Master,4Ph.D.,3PDF

NAMEOFSTUDENTS supervisedwithinthepastsevenyears,titleofthesisofproject,

yearoffirstregistrationandyearofcompletion:

• JenniferFernick(Master),ComponentsforFreeSpaceCommunications,2014-Present

• NigarSultana(Master),DetectorsforTelecomPhotonsbasedonaNFAD,2013-Present

• EvanMeyer-Scott(Master),QKDinchallengingandnovelscenarios,2009-2011• CatherineHolloway(Master),QuantumCryptographyinstandardtelecom

infrastructure,2010-2012• ChrisPugh(Master),Adaptiveopticsforquantumcommunications,2011-2013• NickGigov(Master),AembeddedsystemforsatellitebasedQKD,2011-2013• ThomasLutz(Master),EntangledPhotonsourceswithFrequencyUncorrelated

Spectra,2012-2013• AimeeHeinrichs(Gunther)(Master),TwoPhotonAbsorptionEnhancedby

Entanglement,2011-2013• RolfHorn(Ph.D.),Novelwaveguidesourcesofentanglement,2009-2011• DenyHamel(Ph.D.),Highefficientsourcesofentangledphotons,2010-2013• JeanPhillippeBourgoin(Ph.D.),Towardssatellitequantumkeydistribution,

2010-2014• EvanMeyerScott(Ph.D.),QuantumKeyDistributionwithDeviceIndependence,

Jennewein,Thomas January2017

52

2011-Present• CatherineHolloway(Ph.D.),QuantumSatellitePayloadDemonstrator,2013-

Present• ElenaAnisimova(Ph.D.),SinglePhotonDetectorssuitableforSpace

Environment,2013-Present• SarahKaiser(Ph.D.),QuantumEntanglementExperimentswithAirborne

Platform,2013-Present• ChrisPugh(Ph.D.),QuantumCommunicationswithandAirbornePlatform,2013-

Present• Jean-PhillippeBourgoin(PDF),FreeSpaceQKD,2014-Present• JeongwanJin(PDF),NovelencodingschemesforfreespaceQKD,2014-Present• Audrey,Dot(PDF),Photoncreationandinteractioninnonlinearmedia,2012-

2014• RolfHorn(PDF),Waveguidedphotonpairsources,2011-Present• BrendonHiggins(PDF),Advancingquantumcommunicationswithsatellites,

2010-2015• KristerShalm(PDF),Entanglementofphotontriplets,2010-2012• PiotrKolenderski(PDF),Photonicsmaterialsforquantumentanglement,2010-

2013• ZhizhongYan(PDF),Integratedcourseforquantumkeydistribution,2010-2012• HannesHubel(PDF),Advancedentangledphotonsources,2009-2010

g)GRADUATECOURSES:past7years,byyear

2015 PHYS768/QIC890ImplementationofQuantumCommunications

2013 PHYS768/QIC890ImplementationofQuantumCommunications

2013 PHYS769ReadingCourseontheImplementationofQuantumCommunications

2013 QIC891SpecialTopiconQuantumCommunication

2011 PHYS771/768/QIC890ImplementationofQuantumCommunications

h)1.EXTERNALRESEARCHFUNDING:past7yearsonly,byyear,indicatingsource

(grantingcouncils,industry,government,foundations,other);amount;principal

investigator;purpose(research,travel,publications,etc...)

Jennewein,Thomas January2017

53

Year Source Type* Amountper

Year$

Purpose**

2015-2020

(Under

Review)

NSERC–Create C 329,996.40 Research

2015-2018

(Under

Review)

ORF–InnovationFund O 995,000 Research

2015-2018

(Under

Review)

CFI–InnovationFund C 995,000 Research

2015-2017

(Under

Review)

NSERC–StaceyAward C 125,000 Research

2013-2016 OfficeofNaval

Research

O 250,000 Research

2012-2016 NSERC–Create C 375,000 Research

2014-2016 CanadaSpaceAgency O 125,000 Research

2010-2018 CanadianInstitutefor

AdvancedResearch

C 21,875 Research

2014-2016 CanadianSpace

Agency

O 250,000 Research

2011-2015 MinistryofResearch

andInnovation–Early

ResearcherAward

O 37,500 Research

2013-2015 ORF/MEDI O 245,000 Research

2013-2015 CFI-Canada

Foundationfor

Innovation

O 245,000 Research

Jennewein,Thomas January2017

54

2010-2014 NSERC–Discovery C 40,000 Research

2013-2014 NSERC–Research

toolsandinstruments

C 149,911 Research

2013-2015 CanadianSpace

Agency

O 300,000 Research

2010-2015 CFI–Canada

Foundationfor

Innovation

O 69,000 Research

2012-2014 CanadianSpace

Agency–

COMDEV/CSARFP

O 15,000 Research

2013-2014 FederalEconomic

DevelopmentAgency

forSouthernOntario

O 578,000 Ontario

Prosperity

Initiative

2012-2014 NSERC–Equipment C 74,942.50 Equipment

2012-2013 CanadianSpace

Agency

O 60,000 Research

2011-2013 NSERC–Research

toolsandinstruments

C 72,687 Research

2012 AustrianAcademyof

Science–OEAW

O 17,000 Research

2011-2012 CIPI O 50,000 Research

2012 OntarioCentreof

Excellence

O 40,000 Research

2011-2012 CanadianSpace

Agency

O 250,000 Research

2010-2011 CanadianSpace

Agency

O 95,000 Research

Jennewein,Thomas January2017

55

2009-2011 InstitutdeCiencies

Fotoniques(ICFO)

O 40,000 Research

2009-2010 NSERC–Quantum

Works

C 40,000 Research

2010 DepartmentofForeign

Affairsand

InternationalTrade–

Canada

O 10,000 Research

2010 DefenseResearchand

DevelopmentCanada

C 50,000 Research

*Type:C-Grantingcouncils;G-Government;F-Foundations;O-Other

**Purpose:research,travel,publication,etc.

2.INTERNALRESEARCHFUNDING:Thisincludesuniversityfunds,SSHRCminorgrants

awardedthroughtheUniversity,etc.]

Year Source Type* Amountper

Year$

Purpose**

2009 UW O 440,000 StartupGrant

i)PUBLICATIONS:ThePublicationsshouldbelistedinthecategoriesshownbelowand

includethefollowinginformation:booksauthored,booksedited(alistofthechapters

contributedbytheeditormustfolloweachtitle),chaptersinbooks(otherthanthose

listedintheabovecategory),papersinrefereedjournals,papersinrefereedconference

proceedings,technicalreports,abstractsand/orpapersread,andothers.Eachtitlemust

showthenamesoftheauthorsintheorderinwhichtheyappearintheoriginal

Jennewein,Thomas January2017

56

publicationandinclusivepagenumbers.Publicationssubmitted,butnotyetaccepted,

mustbelistedseparatelywithinthevariouscategories.

1)Life-timesummary(count)accordingtothefollowingcategories:

-Booksauthored..............................................................................................................0

-Booksedited..................................................................................................................0

-Chaptersinbooks...........................................................................................................5

-Papersinrefereedjournal..........................................49(2submitted,3underreview)

-Papersinrefereedconferenceproceedings..................................................................2

-Technicalreports............................................................................................................0

-Abstractsand/orpapersread........................................................................................0

-Others(workshopspresented)....................................................................................66

2)Detailsforpastseven(7)yearssamecategoriesasabove:books,chaptersinbooks,

papersinrefereedjournals.

BookChapters:

JenneweinT.(2013).ParametricDownconversion.MigdallA,PolyakovS,FanJ,Bienfang

J.Single-PhotonGenerationandDetection:PhysicsandApplications.(45):351-404.

Published,ElsevierInc.

PapersinRefereedJournal:

EvanMeyer-Scott,DanielMcCloskey,KlaudiaGolos,JeffZ.Salvail,KentA.G.Fisher,

DenyR.Hamel,AdanCabello,KevinJ.Resch,andThomasJennewein.Certifyingthe

PresenceofaPhotonicQubitbySplittingItinTwo,PHYSICALREVIEWLETTERS,116(7),

2016.

.Jean-PhilippeBourgoin,BrendonL.Higgins,NikolayGigov,CatherineHolloway,

ChristopherJ.Pugh,SarahKaiser,MilesCranmer,andThomasJennewein.Free-space

quantumkeydistributiontoamovingreceiver,OPTICSEXPRESS,23(26):33437–33447,

2015.�

Jennewein,Thomas January2017

57

LyndenK.Shalm,EvanMeyer-Scott,BradleyG.Christensen,PeterBierhorst,MichaelA.

Wayne,MartinJ.Stevens,ThomasGerrits,ScottGlancy,DenyR.Hamel,MichaelS.

Allman,KevinJ.Coakley,ShelleeD.Dyer,CarsonHodge,AdrianaE.Lita,VarunB.Verma,

CamillaLambrocco,EdwardTortorici,AlanL.Migdall,YanbaoZhang,DanielR.Kumor,

WilliamH.Farr,FrancescoMarsili,MatthewD.Shaw,JeffreyA.Stern,CarlosAbellan,

WaldimarAmaya,ValerioPruneri,ThomasJennewein,MorganW.Mitchell,PaulG.

Kwiat,JoshuaC.Bienfang,RichardP.Mirin,EmanuelKnill,SaeWooNam.Strong

loophole-freetestoflocalrealism,PHYSICALREVIEWLETTERS,115(25):250402,2015.�

Jean-PhilippeBourgoin,NikolayGigov,BrendonL.Higgins,ZhizhongYan,EvanMeyer-

Scott,AmirK.Khandani,NorbertLuetkenhaus,ThomasJennewein.Experimental

quantumkeydistributionwithsimulatedground-to-satellitephotonlossesand

processinglimitations,PHYSICALREVIEWA,92(5):052339,2015.�

K.Boone,J.P.Bourgoin,E.Meyer-Scott,K.Heshami,T.Jennewein,C.Simon.

Entanglementoverglobaldistancesviaquantumrepeaterswithsatellitelinks,PHYSICAL

REVIEWA,91(5):052325,2015.�

ShihanSajeed,PoompongChaiwongkhot,Jean-PhilippeBourgoin,ThomasJennewein,

NorbertLuetken-haus,VadimMakarov,Securityloopholeinfree-spacequantumkey

distributionduetospatial-modedetector-efficiencymismatch,PHYSICALREVIEWA,

91(6):062301,2015.�

EvanMeyer-Scott,AudreyDot,RajaAhmad,LizhuLi,MartinRochette,andThomas

Jennewein.Power-efficientproductionofphotonpairsinataperedchalcogenide

microwire,AppliedPhysicsLetters,106(8):081111,2015.�

AudreyDot,EvanMeyer-Scott,RajaAhmad,MartinRochette,andThomasJennewein.

Convertingonephotonintotwoviafour-wavemixinginopticalfibers,PHYSICAL

REVIEWA,90(4):043808,2014.�

DenyR.Hamel*,LyndenK.Shalm,HannesHuebel,AaronJ.Miller,FrancescoMarsili,

VarunB.Verma,RichardP.Mirin,SaeWooNam,KevinJ.Resch,andThomasJennewein.

(2014).Directgenerationofthree-photonpolarizationentanglement.NaturePhotonics.

8(10):801-807.Published

Jennewein,Thomas January2017

58

K.Boone*,J.-P.Bourgoin*,E.Meyer-Scott*,K.Heshami*,T.Jennewein,andC.Simon.

(2014).Entanglementoverglobaldistancesviaquantumrepeaterswithsatellitelinks.

PhysicalReviewLetters,submitted;andarXiv:1410.5384[quant-ph].

RaduIonicioiu,ThomasJennewein,RobertB.Mann,andDanielR.Terno.(2014).Is

wave-particleobjectivitycompatiblewithdeterminismandlocality.Nature

Communications.5(09)Published

BruschiD,RalphT,FuentesI,JenneweinT,RazaviM.(2014).Space-timeeffectson

satellite-basedquantumcommunications.PHYSICALREVIEWD.90(4):045041.

Published

ThomasLutz*,PiotrKolenderski,andThomasJennewein.(2014).Demonstrationof

spectralcorrelationcontrolinasourceofpolarizationentangledphotonpairsat

telecomwavelength.OpticsLetters.39(6):1481-1484.Published

ErvenC,Meyer-ScottE*,FisherK*,LavoieJ*,HigginsB,YanZ,PughC*,BourgoinJP*,

PrevedelR,ShalmL,RichardsL*,GigovN*,LaflammeR,WeihsG,JenneweinT,ReschK.

(2014).ExperimentalThree-ParticleQuantumNonlocalityunderStrictLocality

Conditions.NaturePhotonics.8(4):292-296.Published

FisherK*,BroadbentA,ShalmL,YanZ,LavoieJ*,PrevedelR,JenneweinT,ReschK.

(2014).Quantumcomputingonencrypteddata.NatureCommunications.5(3074).

Published

HerbautsI,BlauensteinerB*,PoppeA,JenneweinT,HubelH.(2013).Demonstrationof

activeroutingofentanglementinamulti-usernetwork.OpticsExpress.21(23):29013-

29024.Published

HornR,KolenderskiP,DongpengK*,AbolghasemP*,ScarcellaC*,FreraA*,TosiA,Helt

L*,ZhukovskyS,SipeJ,WeihsG,HelmyA,JenneweinT.(2013).Inherentpolarization

entanglementgeneratedfromamonolithicsemiconductorchip.ScientificReports.3:

2314.Published

Meyer-ScottE*,BulaM*,BartkiewiczK,CernochA,SoubustaJ,JenneweinT,LemrK.

(2013).Entanglement-basedlinear-opticalqubitamplifier.PhysicalReviewA.88(1):

012327.Published

Jennewein,Thomas January2017

59

SteinlechnerF*,RamelowS,JofreM,GilaberteM,JenneweinT,TorresJ,MitchellM,

PruneriV.(2013).Phase-stablesourceofpolarization-entangledphotonsinalinear

double-passconfiguration.OpticsExpress.21(10):11943-11951.Published

YanZ,Meyer-ScottE*,BourgoinJP*,HigginsB,GigovN*,MacDonaldA*,HubelH,

JenneweinT.(2013).Novelhigh-speedpolarizationsourcefordecoy-statebb84

quantumkeydistributionoverfreespaceandsatellitelinks.JournalofLightwave

Technology.31(9):1399-1408.Published

KolenderskiP,ScarcellaC*,JohnsenK*,HamelD*,HollowayC*,ShalmL,TisaS,TosiA,

ReschK,JenneweinT.(2013).Time-resolveddouble-slitexperimentwithentangled

photons.ScientificReports.4(UNSP):4685.Published

Meyer-ScottE*,RoyV,BourgoinJP*,HigginsB,ShalmL,JenneweinT.(2013).

Generatingpolarization-entangledphotonpairsusingcross-splicedbirefringentfibers.

OpticsExpress.21(5):6205-6212.Published

LutzT*,KolenderskiP,JenneweinT.(2013).Towardadownconversionsourceof

positivelyspectrallycorrelatedanddecorrelatedtelecomphotonpairs.OpticsLetters.

38(5):697-699.Published

HollowayC*,DoucetteJ*,ErvenC*,BourgoinJP*,JenneweinT.(2013).Optimalpair-

generationrateforentanglement-basedquantumkeydistribution.PhysicalReviewA.

87(2):022342.Published

BourgoinJP*,Meyer-ScottE*,HigginsB,HelouB*,ErvenC*,HubelH,KumarB,Hudson

D,D'SouzaI,GirardR,LaflammeR,JenneweinT.(2013).Acomprehensivedesignand

performanceanalysisoflowearthorbitsatellitequantumcommunication.NewJournal

ofPhysics.15(2):023006.Published

ShalmL,HamelD*,YanZ,SimonC,ReschK,JenneweinT.(2013).Three-photonenergy-

timeentanglement.NaturePhysics.9(1):19-22.Published

MaXS,KoflerJ,QarryA,TetikN*,ScheidlT,UrsinR,RamelowS,HerbstT*,

RatschbacherL,FedrizziA,JenneweinT,ZeilingerA.(2013).Quantumerasurewith

causallydisconnectedchoice.ProceedingsoftheNationalAcademyofSciencesofthe

UnitedStatesofAmerica.110(4):1221-1226.Published

Jennewein,Thomas January2017

60

ErvenC*,HeimB*,Meyer-ScottE*,BourgoinJP*,LaflammeR,WeihsG,JenneweinT.

(2012).Studyingfree-spacetransmissionstatisticsandimprovingfree-spacequantum

keydistributionintheturbulentatmosphere.NewJournalofPhysics.14:123018.

Published

RideoutD,JenneweinT,Amelino-CameliaG,DemarieT,HigginsB,KempfA,KentA,

LaflammeR,MaX*,MannR,Martin-MartinezE,MenicucciN,MoffatJ,SimonC,Sorkin

R,SmolinL,TernoD.(2012).Fundamentalquantumopticsexperimentsconceivable

withsatellites-reachingrelativisticdistancesandvelocities.ClassicalandQuantum

Gravity.29(22):224011.Published

MaXS,HerbstT*,ScheidlT,WangD*,KropatschekS*,NaylorW*,WittmannB,Mech

A*,KoflerJ,AnisimovaE*,MakarovV,JenneweinT,UrsinR,ZeilingerA.(2012).

Quantumteleportationover143kilometresusingactivefeed-forward.Nature.

489(7415):269-273.Published

GottesmanD,JenneweinT,CrokeS.(2012).Longer-baselinetelescopesusingquantum

repeaters.PhysicalReviewLetters.109(7):070503.Published

YanZ,HamelD*,HeinrichsA*,JiangX,ItzlerM,JenneweinT.(2012).Anultralownoise

telecomwavelengthfreerunningsinglephotondetectorusingnegativefeedback

avalanchediode.ReviewofScientificInstruments.83(7):073105.Published

KolenderskiP,SinhaU,YouningL*,ZhaoT*,VolpiniM*,CabelloA,LaflammeR,

JenneweinT.(2012).Aharon-vaidmanquantumgamewithayoung-typephotonics

qutrit.PhysicalReviewA.86(1):012321.Published

SteinlechnerF*,TrojekP,JofreM*,WeierH,PerezD,JenneweinT,UrsinR,RarityJ,

MitchellM,TorresJ,WeinfurterH,PruneriV.(2012).Ahigh-brightnesssourceof

polarization-entangledphotonsoptimizedforapplicationsinfreespace.OpticsExpress.

20(9):9640-9649.Published

MaXS*,ZotterS*,KoflerJ,UrsinR,JenneweinT,BruknerC,ZeilingerA.(2012).

Experimentaldelayed-choiceentanglementswapping.NaturePhysics.8(6):478-483.

Published

Jennewein,Thomas January2017

61

Meyer-ScottE*,YanZ,MacDonaldA*,BourgoinJP*,HubelH,JenneweinT.(2011).How

toimplementdecoy-statequantumkeydistributionforasatelliteuplinkwith50-dB

channelloss.PhysicalReviewA.84(6):062326.Published

HollowayC*,Meyer-ScottE*,ErvenC*,JenneweinT.(2011).Quantumentanglement

distributionwith810nmphotonsthroughactivetelecommunicationfibers.Optics

Express.19(21):20597-20603.Published

MaXS*,ZotterS*,KoflerJ,JenneweinT,ZeilingerA.(2011).Experimentalgenerationof

singlephotonsviaactivemultiplexing.PhysicalReviewA.83(4):043814.Published

JofreM*,GardeleinA,AnzolinG,AmayaW,CapmanyJ,UrsinR,PenateL,LopezD,San

JuanJ,CarrascoJ,GarciaF,Torcal-MillaF,Sanchez-BreaL,BernabeuE,PerdiguesJ,

JenneweinT,TorresJ,MitchellM,PruneriV.(2011).Fastopticalsourceforquantumkey

distributionbasedonsemiconductoropticalamplifiers.OpticsExpress.19(5):3825-

3834.Published

JenneweinT,BarbieriM,WhiteA.(2011).Single-photondevicerequirementsfor

operatinglinearopticsquantumcomputingoutsidethepost-selectionbasis.Journalof

ModernOptics.58(3-4):276-287.Published

ScheidlT*,UrsinR,KoflerJ,RamelowS,MaXS*,HerbstT*,RatschbacherL*,FedrizziA,

LangfordN,JenneweinT,ZeilingerA.(2010).Violationoflocalrealismwithfreedomof

choice.ProceedingsoftheNationalAcademyofSciencesoftheUnitedStatesof

America.107(46):19708-19713.Published

Meyer-ScottE*,HubelH,FedrizziA,ErvenC*,WeihsG,JenneweinT.(2010).Quantum

entanglementdistributionwith810nmphotonsthroughtelecomfibers.AppliedPhysics

Letters.97(3):031117.Published

SinhaU,CouteauC,JenneweinT,LaflammeR,WeihsG.(2010).RulingOutMulti-Order

InterferenceinQuantumMechanics.Science.329(5990):418-421.Published

HubelH,HamelD*,FedrizziA,RamelowS,ReschK,JenneweinT.(2010).Direct

generationofphotontripletsusingcascadedphoton-pairsources.Nature.466(7306):

601-603.Published

Jennewein,Thomas January2017

62

ScheidlT*,UrsinR,FedrizziA,RamelowS,MaXS*,HerbstT*,PrevedelR*,Ratschbacher

L*,KoflerJ,JenneweinT,ZeilingerA.(2009).Feasibilityof300kmquantumkey

distributionwithentangledstates.NewJournalofPhysics.11:085002.Published

FedrizziA*,UrsinR,HerbstT*,NespoliM*,PrevedelR*,ScheidlT*,TiefenbacherF,

JenneweinT,ZeilingerA.(2009).High-fidelitytransmissionofentanglementoverahigh-

lossfree-spacechannel.NaturePhysics.5(6):389-392.Published

JenneweinT,UrsinR,AspelmeyerM,ZeilingerA.(2009).Performinghigh-qualitymulti-

photonexperimentswithparametricdown-conversion.AtomicMolecularandOptical

Physics.42(11):4008.Published

MaXS*,QarryA,KoflerJ,JenneweinT,ZeilingerA.(2009).Experimentalviolationofa

Bellinequalitywithtwodifferentdegreesoffreedomofentangledparticlepairs.

PhysicalReviewA.79(4):042101.Published

LanyonB*,BarbieriM,AlmeidaM,JenneweinT,RalphT,ReschK,PrydeG,O'BrienJ,

GilchristA,WhiteA.(2009).Simplifyingquantumlogicusinghigher-dimensionalhilbert

space.NaturePhysics.5(2):134-140.Published

PapersinRefereedConferenceProceedings:

IonicioiuR,JenneweinT,MannR,TernoD.(2014).Quantumcontrolinfoundational

experiments.HorizonsofQuantumPhysicsWorkshop,Taipei,Taiwan,ProvinceofChina,

2012-10-14PaperSubmitted.

HubelH,HamelD,ReschK,JenneweinT.(2011).Generationofvarioustri-partite

entangledstatesusingcascadedspontaneousdown-conversion.AmericanInstituteof

Physics.QuantumCommunication,MeasurementandComputing:10thInternational

Conference,Brisbane,Australia,2010-07-19Paper.

Presentations:

“ImplementingFree-SpaceQKDSystemsBetweenMovingPlatforms:Polarizationvs.

Time-Bin�Encoding”,invitedtalkatQCRYPT2016,WashingtonD.C.,USA.September

14,2016.�

Jennewein,Thomas January2017

63

“Schrodinger’scatandthequantuminternet”,invitedseminarattheJetPropulsion

Laboratory,Pasadena,USA.September1,2016.

“SatellitebasedQuantumCommunicationsLinks”,invitedtalkatthesatelliteworkshop

inHarwell,UK,organizedbytheUKQuantumHub,YorkUniversity.June3,2016.�

“Schrodinger’scatandthequantuminternet”,invitedtalkandparticipationatthe

workshop“FrontiersofScience”,organizedbytheRoyalSocietyofCanada,andthe

BritishRoyalSociety,Whistler,Canada,March13.-17.2016.�

“Entangledphotontripletsandheraldingsinglephotons.”,invitedtalkatthe

internationalconference”FrontiersinQuantumOpticsandQuantumInformation”,at

theComputationalScienceandResearchCentre,Beijing,China.28.November2015.�

“Entangledphotontripletsandheraldingsinglephotons.”,seminaratthePhysics

Department,NanjingUniversity,China,27.November2015.�

“Satellitebasedbridgesforaglobalquantuminternet.”,invitedpresentationatthe

QuantumWorkshopofNASA-Langley,

“Satellitebasedbridgesforaglobalquantuminternet.”,invitedkeynotepresentationat

thegraduatestudentconference2015,YorkUniversity,29.October2015.�

“SatelliteQuantumCommunications.”,InvitedpresentationattheETSIworkshopon

Post-QuantumCryptography,Seoul,SouthKorea,October5.-6.2015.

“Testingquantumcorrelationsofthreeentangledphotonsfromcascadedparametric

downconversion.”,Invitedtalkatheinternationalconference”ConferenceonLasers

andElectro-Optics”(CLEO),Munich,Germany.21.-25.June2015.�

“EntangledPhotonTriplets.”,Invitedtalkattheinternationalconference”Quantum

PhysicsofNature”(QUPON),Vienna,Austria,18.-22.May2015,�

“Towardsaglobalquantuminternet.”,InvitedpresentationattheUniversityofToronto

AerospaceTeam,Toronto,Canada.15.May2015.�

“Toolsforaquantuminternet.”,invitedpresentationattheAPSmeetingofNewYork

State,FredoniaUniversity,USA,25.April2015.�

“Photonictoolsforaglobalquantuminternet.”ColloquiumattheRamanResearch

Institute,Bangalore,India.26.March2015.

Jennewein,Thomas January2017

64

(2014).Towardsaglobalquantuminternet.Schawlow-TownesSymposium,organized

bytheNRCandUofOttawa,Ottawa,Ottawa,Canada.

(2014).TowardsQuantumReceiverSatellitesinSpace.SeminaratITS,Lisbon,Portugal,

Lisbon,Portugal.

(2014).OpticalImplementationsofQuantumCommunications.Lecturewithinthe

“AdvancedDoctorateProgramonQuantumInformationScience"fundedbythe

EuropeanCommission,heldattheITS,Lisbon,Portugal,Lisbon,Portugal.

(2014).InvitedKeynoteTalk:"ProgresstowardsQEYSSAt:aquantumreceiverinspace".

SPIE,DefenseandSecurity,Amsterdam,Amsterdam,Netherlands.

(2014).InvitedTechnicalSeminar:“QuantumScienceExperimentsinSpace”.

InternationalSpaceUniversity,Montreal,Montreal,Canada.

(2014).InvitedPublicLecture:“QuantumCommunicationsinSpace,towardsaquantum

internet”.InternationalSpaceUniversity,Montreal,Canada.

(2014).Quantumentanglementenabledapplicationsandtechnologies.Seminaratthe

DepartmentofElectricalEngineering,MIT.,Cambridge,UnitedStates

(2014).QYESSAT:CanadianQuantumSatelliteMIssionproposal.PhotonicsWestOPTO,

SanFrancisco,UnitedStates.

(2013).DemonstrationofEntangledPhotonTripletsfromCascadedSPDCandHeralding

Bell-Pairs.SinglePhotonWorkshop,OakRidge,UnitedStates

(2013).OpticalImplementationsofQKD.QKDSummer-SchoolatIQC,Waterloo,Canada.

(2013).TheQuantumSpaceRaceandhowitcanhelpExploringnewPhysics.Relativistic

QuantumInformationNorthConference,Nottingham,UnitedKingdom.

(2013).EntangledPhotonTriplets.InternationalConferenceonQuantumInformation

andQuantumComputing,Bangalore,India.

(2012).QuantumInformation:FundamentalstoaFutureTechnology.NationalTaiwan

UniversityWorkshop,Taipei,Taiwan,ProvinceofChina.

(2012).QuantumEntanglementEnabledApplicationsandTechnologies.Horizonsof

QuantumPhysics,Workshop,Taipei,Taiwan,ProvinceofChina.

Jennewein,Thomas January2017

65

(2012).Towardsquantumscienceexperimentswithsatellites.InternationalConference

onRelativisticQuantumInformation,Waterloo,Canada.

(2012).Quantumcommunicationandfundamentalphysicsexperimentswithsatellites.

CanadianAssociationofPhysicistsAnnualConference,Calgary,Canada.

(2012).Hightransmissionlossandclassical-quantummultiplexingenabledwithshort-

wavelengthQKD.PhotonicsNorthconferenceofSPIE,Montreal,Canada.

(2012).Quantumcommunicationwithsatellites.CanadianAeronauticsandSpace

InstituteAstroConference,Montreal,Canada.

(2012).TowardsQuantumSmartPhones.IQCandIndustrialPartnersworkgrouptalk,

Waterloo,Canada.

(2012).QEYSSAT-QuantumEncryptionandScienceSatellite.SeminaratTRIUMF

(Canada'sNationalLaboratoryforParticleandNuclearPhysics),Vancouver,Canada

(2012).Fundamentalphysicsexperimentswithquantumcommunicationsatellites.

AmericanAssociationfortheAdvancementofScienceAnnualMeeting,Vancouver,

Canada.

(2011).QEYSSAT-QuantumScienceandEncryptionSatellite.PerimeterInstitute

colloquium,Waterloo,Canada.

(2011).Qutritexperimentsbasedonthe200yearoldconceptsofYoung'sinterference.

CIFARmeeting,Calgary,Canada.

(2011).Hightransmission-lossandclassical-quantummultiplexingQKDenabledwith

shortwavelengthphotons.UniversityofCalgaryseminar,Calgary,Canada.

(2011).Hightransmission-lossandclassical-quantummultiplexingQKDenabledwith

shortwavelengthphotons.UniversityofTorontoQuantumInformationGroupseminar,

Toronto,Canada.

(2011).CanadianQuantumSatelliteMission.QIPCIFARProgramMeeting,Mont-

Tremblant,Canada.

(2011).Requirementsforquantumcommunicationswithsatellites.Information

Photonicsconference,Ottawa,Canada.

Jennewein,Thomas January2017

66

(2011).PhotonTripletsandTripleslitexperiments,anewfrontierinquantumoptics.

ConferenceonLasersandElectro-Optics,Baltimore,UnitedStates.

(2010).QuantumPhotonics:FundamentalPhysicsandApplications.Universityof

Waterlooseminar,Waterloo,Canada.

(2010).PhotonTripletsandTripleslitexperiments,anewfrontierinquantumoptics.

UniversityofWaterlooPhysicsDepartmentColloquium,Waterloo,Canada.

(2010).DirectGenerationofPhotonTriplets.AnnualQuantumWorksMeeting,Ottawa,

Canada.

(2010).FiniteKeyEffectsinSatelliteQuantumCommunication.UniversityofWaterloo

IQCTROPICAL,Waterloo,Canada.

(2010).Satellitebasedquantumopticsexperiments.UniversityofTorontoCAP,Toronto,

Canada.

(2010).PhotonTriplets,anewfrontierinquantumoptics.UniversityofWaterlooIQC

Cross-BorderWorkshop,Waterloo,Canada.

(2010).FromSchrodinger'sCattoQuantumTechnologies.COMDEVseminar,

Cambridge,Canada.

(2010).Satellitebasedquantumopticsexperiments.UniversityofWaterlooSpaceClub

seminar,Waterloo,Canada.

(2009).Photonicquantumcomputingoutsidethecoincidencebasis.SinglePhoton

Workshop-NIST,Boulder,UnitedStates.

(2009).QuantumCryptographyHistory:1984-2009.ECOCConferenceWorkshop,

Vienna,Austria.

(2009).QuantumInformationProcessingandCommunicationwithPhotons.Conference

onQuantumInformationandQuantumControlIII-FieldsInstitute,Toronto,Canada.

(2009).Space-QUEST:QuantumEntanglementinSpaceExperiments.QuantumWorks

ProgressMeeting,Toronto,Canada.

(2009).Opticalquantumcomputing:statusandtheroutetoscalability.SFBConference,

Innsbruck,Austria.

Jennewein,Thomas January2017

67

(2008).QuantumRandomNumbersinITSecurity.HolisticComputingseminar,Vienna,

Austria.

(2008).Quantumphotonicsexperimentsforlongdistancesandfundamentalquestions.

UniversityofSydney,seminar,Sydney,Australia.

(2008).QuantumPhotonicsApplications.TechnicalUniversityofViennaseminar,

Vienna,Austria.

(2008).QuantumentanglementexperimentsinSpace.ELIPSevaluationPhysicsSciences

workshop-EuropeanSpaceAgency,Paris,France.

(2008).Space-QUEST.ESTECtalk-EuropeanSpaceAgency,Nordwijk,Netherlands.

ConferencePublications:

ThomasD.Jennewein,CordellGrant,EricChoi,ChristopherPugh,CatherineHolloway,

Jean-PhilippeBourgoin,BrendonL.Higgins,RobertZee.(2014).TheNanoQEYMission:

GroundtoSpaceQuantumKeyandEntanglementDistributionUsingaNanosatellite.

Quantum-Physics-BasedInformationSecurity,SPIE:SecurityandDefence,Amsterdam,

Netherlands,2014-09-22PaperPublished

T.Jennewein,J.P.Bourgoin*,B.Higgins,C.Holloway*,E.Meyer-Scott*,C.Erven,B.

Heim*,Z.Yan,H.Huebel,G.Weihs,E.Choi,I.d’Souza,D.Hudson,andR.Laflamme.

(2014).Qeyssat:amissionproposalforaquantumreceiverinspace.AdvancesIn

PhotonicsofQuantumComputing,Memory,andCommunicationVii,8997:SPIE,2014.,

SanFrancisco,UnitedStates,2010-02-02PaperPublished

EvanMeyer-Scott*,Jean-PhilippeBourgoin*,LyndenK.Shalm,BrendonHiggins,Thomas

Jennewein,andVincentRoy.(2013).Acollinearnondegeneratesourceofentangled

photonpairsinpmfiber.2013OpticalFiberCommunicationConferenceandExposition

andtheNationalFiberOpticEngineersConference(ofc/nfoec).,Anaheim,UnitedStates,

2013-03-18PaperPublished

JenneweinT.(2010).DirectGenerationofPhotonTriplets.Nature.Quantum

Communication,MeasurementandComputing,Brisbane,Australia,2010-07-19(601-

603)PosterPublished

Jennewein,Thomas January2017

68

JenneweinT,AspelmeyerM,UrsinR,ZeilingerAetal.(2008).Quantum

CommunicationsatESA:TowardsaSpaceExperimentontheISS.ActaAstronautica.

58thInternationalAstronauticalFederationCongress,Hyderabad,India,2007-09-24

(165-178)PaperPublished

JournalArticle:

ThomasJenneweinandBrendonHiggins.(2013).Thequantumspacerace.Physics

World.26(3):52-56.Published

Lutkenhaus,Norbert January2017

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CurriculumVitae

a)NAME:(rank,status(tenured,contract,MemberofGraduateFaculty/Corememberof

programetc.)

Lütkenhaus,Norbert,

FullProfessor,Tenured

MemberoftheGraduateFaculty,Yes

b)DEGREES:designation,institution,department,year

IntermediateDegree,VordiplomPhysik,RWTHAachen,1989

MasterDegree,DiplomPhysik,LMUMünchen,1993

Ph.D.Physics,UniversityofStrathclyde,1996

Habilitation,UniversityErlangen-Nürnberg,2003

c)EMPLOYMENTHISTORY:dates,rank/position,department,institution/firm

1996-1997 ResearchAssistant,InstitutfürTheoretischePhysik,Universität

Inssbruck,Austria

1997-2000 SeniorScientist(ResearchFellow)inthegroupofProf.K.-A.

Suominen,HelsinkiInstituteofPhysics,Fiand

2000-2005 ProjectLeader,MagiQTechnologiesInc.,NewYork,USA

2001-2005 LeaderofanindependentEmmy-NoetherResearchGroup,

InstituteofOptics,InformationandPhotonics

2006-2011 AssociateProfessor,UniversityofWaterloo

2011-Present Professor,UniversityofWaterloo

d)HONOURS:(F.R.S.,F.R.S.C.,GovernorGeneralsAward,honorarydegree,etc...)

KarlOttoFosterStipend(bookstipend),1991

DAADstipendforpostgraduatestudies,1993-1996

Emmy-NoetherStipend(GermanResearchCouncil–grantforindependentresearch

group),2001-2005

Lutkenhaus,Norbert January2017

70

OutstandingPerformanceAward,UniversityofWaterloo,2009

OutstandingRefereeAward,AmericanPhysicalSociety,2015

e)SCHOLARLYANDPROFESSIONALACTIVITIES:past7yearsonly(eg.executiveand

editorialpositionsbutnotmembershipsinsocieties)

ScientificPublishing

RefereeinPeer-ReviewSystemfor:

OpticLetters(2010),PhysicaScripta(since2010),EuropeanPhysicalJournalD(since

2009),InternationalJournalofQuantumInformation(since2009),Computers&

Security(2010),IEEETransactionsonMicrowaveTheoryTechniques(2010),Journalof

LightwaveTechnologyonMicrowavePhotonics(2010),InternationalJournalof

ElectronicsandCommunications(2010),NaturalComputing(NACO)(2010),ACM

ComputingSurveys(2011),IEEETransactionsonInformationTheory(since2011),

NatureCommunications(since2011),CanadianJournalofPhysics(since2011),Journal

ofPhysicsA:MathematicalandTheoretical(since2011),AnnalenderPhysik(since

2011)

MemberofEditorialBoardforPhysicalReviewA,2009-2011and2012-2014.

DivisionalAssociateEditor(EditorialBoardMember)forPhysicalReviewLetters(PRL)

(2016-2019)��

RefereeActivitiesforFundingAgencies

NationalScienceFoundation(NSF),USA(since2007)

NetherlandsOrganizationforScientificResearch–DutchNationalScienceFoundation

(NWO)(since2008)

AlbertaIngenuityNewFacultyAwardProposal(2010)

EuropeanResearchCouncil(ERC)(since2010)

ViennaScienceandTechnologyFund(WWTF)(2010)

ConferenceOrganization

Lutkenhaus,Norbert January2017

71

MemberofConferenceCommittee

ChairofProgrammeSubcommittee,QELSFundamentalScience2:QuantumScience,

EngineeringandTechnology,QELS2010andCLEO/QELS2011.

MemberofProgrammeCommittee,InternationalConferenceonQuantumInformation

(ICQI),Ottawa,June6-8,2011.

MemberofProgrammeSubcommittee,QuantumInformationandCryptography,2011

IQEC/CLEOPacificRim.Conference,Sydney,Australia,August28–September1,2011.

MemberofProgrammeCommittee,Quantum-Physics-BasedInformationSecurity(SPIE

Security&Defense),Prague,September19-22,2011.

MemberofProgrammeCommittee,QCRYPT2011:FirstAnnualConferenceonQuantum

Cryptography,Zurich,Switzerland,September12-16,2011.

Co-chairProgrammeCommittee,CLEO/QELS2012.

MemberofProgrammeCommittee,Quantum-Physics-BasedInformationSecurity,SPIE

Security&Defence,Edinburgh,UK,September24-27,2012.

ProgrammeCommitteeQuantumInformationProcessing(QIP2013),Tsinghua

University,Beijing,January21-25,2013.

ProgrammeCommitteeQuantumCryptography(QCrypt2013),Waterloo,August5-9.

2013.

ProgrammeCommitteeMember,ConferenceonQuantuminformationandQuantum

Control,Toronto,August12-16,2013.

MemberofProgrammeCommittee,Quantum-Physics-BasedInformationSecurity,SPIE

InternationalSymposiumonSecurity&Defense,Dresden,Germany,September23-26,

2013.

GeneralCo-Chair,CLEO/QELS2014.

QuantumInformationandMeasurement(QIM)ProgramCommittee2014.

ProgrammeCommitteeChairQCrypt2014.

ProgramChair,InternationalConferenceonQuantumCommunications(QCMC),

Singapore,July4-8,2016�

Lutkenhaus,Norbert January2017

72

MemberofProgrammeCommittee,ProtectionofLong-LivedSystems(PLLS),

Darmstadt,Germany,July18-19,2016�

MemberofProgrammeCommittee,SPIESecurityandDefence,Edinburgh,Scotland,

September26-29,2016�

Co-OrganizerofConference/Workshops

LocalOrganizingCommittee,CrossBorderWorkshop,Waterloo,June3-52010

OrganizerofTheoryandRealizationofPracticalQuantumKeyDistribution2010

(TropicalQKDWorkshop)InstituteforQuantumComputing,Waterloo,June14-17,

2010.

OrganizerofInternationalSummerSchoolonQKD,Waterloo,July25-29,2011.

OrganizerofInternationalSummerSchoolonQKD,Waterloo,July29–August2,2013.

Co-Organizer,QCRYP2013,Waterloo,August5-9,2013.

Co-Organizer,QCRYP2014,Paris,France,September1-5,2014.

Co-Organizer,1stWorkshopforQuantumRepeatersandNetworks,PacificGrove,

California,May15-17,2015.�

ChairofOrganization,QKDSummerSchool,Waterloo,Canada,August17-21,2015�

ProjectCoordination/Leadership

CoordinatordesFET-ISTEU-Proposals“ContinuousVariableCommunicationNetworking

(COCONET)in5.Frameworkprograms.”(notfunded)

AsKeyResearcherresponsibleforthetheorysubprojectoftheISTEU-consortium

“SecureCommunicationbasedonQuantumCryptography”(6thFramework)

CoordinationofCollaborationbetweentheInstituteforQuantumComputingand

InstituteofPhotonicSciences(ICFO),Barcelona

NationalInstituteofInformatics,Tokyo

StandardizationAgencyETSI,Nice

CanadianCoordinatorofthejointresearchgrantbetweenFranceandCanada(NSERC,

CanadaandANR,France)

2009-2013-LeadPIforOfficeofNavalResearchprojectatIQC2013-2016

Lutkenhaus,Norbert January2017

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OtherActivitiesandExperiences

MemberAdvisoryBoardfortheUKQuantumCommunicationHub(since2015)

Vice-ChairofETSIQKD-ISG(QKDStandardseffort)(since2014)

MemberofSteeringCommittee,QCrypt(since2015)

LaunchandleadershipofR&DgrouptodevelopcommercialQuantumKeyDistribution

product.(MagiQTechnologies)

AdvisortoMagiQTechnologies

Patentsintheareaofquantuminformationtechnology

UnitedStatesPatentUS7197,523B2(March27,2007),“EfficientUseofDetectorsfor

RandomNumberGeneration”,N.Lütkenhaus,J.L.Cohen,H.K.Lo.

UnitedStatesPatentUS8,068,741B2(November29,2011)“PolarizationtoPhase

Converter”,N.Lütkenhaus.

WIPOpatentapplicationWO2013/037062A1(March21,2013)“SystemandMethod

forQuantumKeyDistribution”

UnitedStatesPatent9,294,272(May10,2016)“SystemandMethodforQuantumKey

Distribution”,N.Lütkenhaus,X.F.Ma�

ExternalPhDExaminer

VadimMakarov,Dept.Physics,UniversityofTrondheim,Trondheim,Norway,April30,

2007.

MatthiasKleinmann,(Report)Dept.Physics,UniversityofDusseldorf,Germany,2008.

MarkGodfrey,DepartmentofElectricalEngineering,UniversityofBristol,Bristol,UK,

June30–July1,2010.

LarsLydersen,DepartmentofElectronicsandTelecommunications,Norwegian

UniversityofScienceandTechnology,Trondheim,Norway,September19,2011.

VedranDunko,PhysicsDepartment,Herriot-WattUniversity,Edinburgh,September24,

2012.

KhabatHeshami,PhysicsDepartment,UniversityofCalgary,April17,2013.

Lutkenhaus,Norbert January2017

74

NormandBeaudry,PhysicsDepartment,ETHZurich,September19,2014.

LiXikun,CentreforQuantumTechnologies:NationalUniversityofSingapore,May4,

2016�

f)GRADUATESUPERVISIONS:masters,doctoral,postdoctoral-completed/inprogress

Completed:11Master,9Ph.D.,9PDF

InProgress:3Master,0Ph.D.,7PDF

NAMEOFSTUDENTSsupervisedwithinthepastsevenyears,titleofthesisofproject,

yearoffirstregistrationandyearofcompletion:

MarcoPiani(PDF),2007-2010

WilliamMatthews(PDF)2009–Present

XionfengMa(PDF),2008-2010

OlegGittsovich(PDF),2010-2013

RyoNamiki(PDF),2013-Present

YanbaoZhang(PDF),2013-Present

PatrickColes(PDF),2014-Present

FilippoMiatto(PDF),2015-Present

DaveTouchette(PDF),2015-Present

MichaelEpping(PDF),2016-Present

GeirOveMyhr(Ph.D.),PublicCommunicationsProtocolsinQKD,2005-2010

HaukeHäseler(Ph.D.),Entanglementverificationswithapplicationsinquantum

communication,2005-2010

AgnesFerenczi(Ph.D.),SymmetriesinQuantumKeyDistribution,2007-2013

NathanKilloran(Ph.D.),BenchmarkingQuantumCommunicationProtocols,2008-2012

JuanMiguelArrozola(Ph.D.),Non-LinearEntanglementWitnesses,2011-2015

NormandBeaudry(Master),SquashingModelsforOpticalMeasurementsinQuantum

Communication,2009-2011

Lutkenhaus,Norbert January2017

75

VarunNarasimhachar(Master),SquashingModelsandSecurityProofsofQKDschemes,

2009-2011

DavidPitkanen(Master),LinearOpticsImplementationofChannels,2009-2011

WilliamStacey(Master),SimplifiedTrustedRepeaterNodes,2012-Present

LukeGovia(Master),JosephsonPhotoMultipliers,2012-2013

DavidLuong(Master)(Jan.2014–Oct.2015)�ThePracticalRealizationofQuantum

Repeaters:AnExploration�

SumeetKatri(Master)(Oct.2014-2016)�SymmetricExtendabilityofQuantumStates

andtheExtremeLimitsofQuantumKeyDistribution�

BenjaminLovitz(Master)(Sept.2015-present)�

JieLin(Master)(Sept.2015-present)�

ChristianMastromattei(Master)(Sept2015-present)�

IncompletedDegrees:

MatthiasHeid(onhold)

IvanDynov(switchedprograms)

RaziegAnnabestani(switchedsupervisors)

SergeiMikheev(notcompleted)

ElectraEleftheriadou(PDF)(notcompleted)�

g)GRADUATECOURSES:past7years,byyear

2010 ElectrodynamicsTheory,PHYS441B

2010 AppliedQuantumCryptography,QIC890/PHYS768

2011 QuantumPhysicsI,PHYS234

2012 AppliedQuantumCryptography,QIC890/PHYS768

QuantumPhysicsI,PHYS234

2014 AppliedQuantumCryptography,QIC890/PHYS768

2015 QuantumPhysicsI,PHYS234

2015 QuantumPhysicsI,PHYS234�

Lutkenhaus,Norbert January2017

76

2016 AppliedQuantumCryptography–CourseCode:QIC890�

SummerSchool:

UndergraduateSchoolonExperimentalQuantumInformationProcessing(USEQIP),

LecturesonQKD,IQC,Waterloo,ON,June8,2009.

QuantumCryptography,LesHouchesSummerSchool,Singapore,LectureSeries(6hrs.),

June24–July24,2009

CanadianQuantumInformationSummerSchool,FieldsInstitute,LecturesonQKD,

Toronto,August21,2009.

UndergraduateSchoolonExperimentalQuantumInformationProcessing(USEQIP),

LecturesonQKD,IQC,Waterloo,ON,May31,2010.

InternationalSummerSchoolofInformationSecurityinaQuantumWorld,Waterloo,

July25-29,2011.

QuantumInformationandCoherence,Glasgow,Scotland,August2–August6,2011.

SommeruniversitätderStudienstiftungdesdeutschenVolkes,GebotundVerboteinder

Quantenmechanik,Neubeuern,Germany,August7-20,2011.

SummerSchoolonQuantumPhysicsandQuantumInformation,Olomouc,Czech

Republic,July22-26,2013.

InternationalSummerSchoolonQKD,Waterloo,Ontario,July29–August2,2013.

HeidelbergGraduateDays,Heidelberg,Germany,April6-12,2014.�

InternationalSummerSchoolonQKD,Waterloo,Ontario,August17-21,2015.�

h)1.EXTERNALRESEARCHFUNDING:past7yearsonly,byyear,indicatingsource

(grantingcouncils,industry,government,foundations,other);amount;principal

investigator;purpose(research,travel,publications,etc...)

Year Source Type* Amountper

Year$

Purpose**

2005-2010 EU O 64.000(EURO) Research

2005-2010 EU O 24.000(EURO) Research

Lutkenhaus,Norbert January2017

77

2007-2012 NSERCDiscovery C 22,000 Research

2007-2011 NSERCInnovation C 28,380 Research

2008-2010 OntarioCentresof

ExcellenceGrant

C 300,000 Research

2009-2012 NSERC–ANR C 50,000 Research

2009-2015 ORF F 13,834 Research

2010 Communication

Security

EstablishmentCanada

C 23,750 Research

2010 ETSI C 21,100 Research

2011 Communication

Security

EstablishmentCanada

C 22,120 Research

2011-2012 CSA C 25,000(USD) Research

2012-2015 NSERCDiscovery C 35,000 Research

2012-2015 DARPA C 66,666.66

(USD)

Research

2011-2012 CSA G 25,000(USD) Research

2013-2016 OfficeofNaval

Research

O 250,000 Research

2013-2014 SandiaLabs O 175,182.79

(USD)

Research

2013-2015 SECANT O 93,895.26

(USD)

2015-2020� ArmyResearch

Laboratory

O $440,000

(USD)

Research

2016 AustralianResearch

Council

O

Lutkenhaus,Norbert January2017

78

2017 AustralianResearch

Council

O

*Type:C-Grantingcouncils;G-Government;F-Foundations;O-Other

**Purpose:research,travel,publication,etc.

2.INTERNALRESEARCHFUNDING:Thisincludesuniversityfunds,SSHRCminorgrants

awardedthroughtheUniversity,etc.]

i)PUBLICATIONS:ThePublicationsshouldbelistedinthecategoriesshownbelowand

includethefollowinginformation:booksauthored,booksedited(alistofthechapters

contributedbytheeditormustfolloweachtitle),chaptersinbooks(otherthanthose

listedintheabovecategory),papersinrefereedjournals,papersinrefereedconference

proceedings,technicalreports,abstractsand/orpapersread,andothers.Eachtitlemust

showthenamesoftheauthorsintheorderinwhichtheyappearintheoriginal

publicationandinclusivepagenumbers.Publicationssubmitted,butnotyetaccepted,

mustbelistedseparatelywithinthevariouscategories.

1)Life-timesummary(count)accordingtothefollowingcategories:

-Booksauthored..............................................................................................................0

-Booksedited..................................................................................................................0

-Chaptersinbooks...........................................................................................................4

-Papersinrefereedjournal.........................................................................................102

-Papersinrefereedconferenceproceedings................................................................31

-Technicalreports............................................................................................................0

-Abstractsand/orpapersread........................................................................................0

-Others(workshopspresented)..................................................................................123

Lutkenhaus,Norbert January2017

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2)Detailsforpastseven(7)yearssamecategoriesasabove:books,chaptersinbooks,

papersinrefereedjournals.

ChaptersinBooks:

N.Lütkenhaus,inD.BrussandG.Leuchs(Eds.),LecturesonQuantumInformation,

Wiley-VCHVerlagGmbH&CoKGaA,Weinheim2007.(ISBN3527405275){IQC}

chapter'ProbabilisticQuantumComputationandLinearOpticalRealizations',pages

349-358

chapter'TheoryofQuantumKeyDistribution(QKD)',pages271-284

N.Lutkenhaus,ScottishUniversitySummerSchool,E.AnderssonandP.Öhberg(eds.),

QuantumInformationandCoherence,ScottishGraduateSeries,DOI:10.1007/978-3-

319-04063-9_5,©NorbertLutkenhaus,Cham;NewYork:Springer,[2014]�

PapersinRefereedJournal:

Ph.Raynal*,N.Lütkenhaus,Optimalunambiguousstatediscriminationoftwodensity

matrices:Asecondclassofexactsolutions,Phys.Rev.A,Vol76,052322,2007.

M.Heid*,N.Lütkenhaus,Securityofcoherentstatequantumcryptographyinthe

presenceofGaussiannoise,PhysicalReviewA76,022313(2007).

Erratum:PhysicalReviewA79,059902(E)(2009).

M.Curty**,L.-L.Zhan,H.-K.Lo,N.Lütkenhaus,Sequentialattacksagainstdifferential-

phase-shiftquantumkeydistributionwithweakcoherentstates,QuantumInformation

andComputation,Vol7,p665-688,2007.

C.Branciard,N.Gisin,N.Lütkenhaus,V.Scarani,Zero-ErrorAttacksandDetection

StatisticsintheCoherentOne-WayProtocolforQuantumCryptography,Quantum

InformationandComputation,Vol.7,p.639-664,2007.

S.J.vanEnk,N.Lütkenhaus,H.J.Kimble,Experimentalproceduresforentanglement

verification,PhysicalReviewA,Vol.75,052318(2007).

H.Inamori,N.Lütkenhaus,andD.Mayers,UnconditionalSecurityforPracticalQuantum

KeyDistribution,EuropeanPhysicalJournalD.Vol41,p.599(2007).

Lutkenhaus,Norbert January2017

80

T.Moroder*,O.Gühne,N.Lütkenhaus,Iterationsofnonlinearentanglementwitnesses,

PhysicalReviewA78,032326(2008).

N.J.Beaudry*,T.Moroder*,N.Lütkenhaus,SquashingModelsforOptical

MeasurementsinQuantumCommunication,Phys.Rev.Lett.Vol.101,093601(2008).

T.Moroder*,M.Keyl,N.Lütkenhaus;Truncatedsu(2)momentproblemforspinand

polarizationstates,J.Phys.A:Math.Theor.41,275302(2008).

M.Curty**andN.Lütkenhaus,Commenton“Arbitratedquantum-signaturescheme”,

PhysicalReviewA,Vol.77,046301(2008).

H.Häseler*,T.Moroder*andN.Lütkenhaus,TestingQuantumDevices:Practical

EntanglementVerificationinBipartiteOpticalSystems,PhysicalReviewA,Vol77,

032303(2008).

P.vanLoock**,N.Lütkenhaus,W.J.Munro,K.Nemoto,QuantumRepeatersusing

Coherent-StateCommunication,PhysicalReviewA78,062319(2008).

Y.B.Zhao,M.Heid*,J.Rigas*andN.Lütkenhaus,AsymptoticSecurityofBinary

ModulatedContinuousVariableQuantumKeyDistributionunderCollectiveAttacks,

PhysicalReviewA79,012307(2009).

M.Curty,T.Moroder*,X.Ma**,H.-K.Lo,N.Lütkenhaus,Upperboundsforthesecure

keyrateofdecoystatequantumkeydistribution,Phys.Rev.A79,032335(2009).

G.O.Myhr*,J.M.Renes**,AndrewC.DohertyandN.Lütkenhaus,Symmetricextension

intwo-wayquantumkeydistribution,Phys.Rev.A79,042329(2009).

G.O.Myhr*andN.Lütkenhaus,Spectrumconditionsforsymmetricextendiblestates,

PhysicalReviewA79,062307(2009).

T.Moroder*,M.Curty,N.Lütkenhaus,Detectordecoyquantumkeydistribution,NewJ.

Phys.11,045008(2009).

M.Peev,C.Pacher,R.Alléaume,C.Barreiro,J.Bouda,W.Boxleitner,T.Debuisschert,E.

Diamanti,M.Dianati,J.F.Dynes,S.Fasel,S.Fossier,M.Fürst,J.-D.Gautier,O.Gay,N.

Gisin,P.Grangier,A.Happe,Y.Hasani,M.Hentschel,H.Hübel,G.Humer,T.Länger,M.

Legré,R.Lieger,J.Lodewyck,T.Lorünser,N.Lütkenhaus,A.Marhold,T.Matyus,O.

Maurhart,L.Monat,S.Nauerth,J.-B.Page,A.Poppe,E.Querasser,G.Ribordy,S.Robyr,

Lutkenhaus,Norbert January2017

81

L.Salvail,A.W.Sharpe,A.J.Shields,D.Stucki,M.Suda,C.Tamas,T.Themel,R.T.Thew,

Y.Thoma,A.Treiber,P.Trinkler,R.Tualle-Brouri,F.Vannel,N.Walenta,H.Weier,H.

Weinfurter,I.Wimberger,Z.L.Yuan,H.ZbindenandA.Zeilinger,TheSECOQCquantum

keydistributionnetworkinVienna,NewJ.Phys,Vol11,075001(2009).

R.Alleaume,F.Roueff,E.Diamanti,N.Lütkenhaus,Topologicaloptimizationofquantum

keydistributionnetworks,NewJ.Phys.Vol11,075002(2009).

N.Lütkenhaus,A.Shields,FocusonQuantumCryptography:TheoryandPractice

(Editorial),NewJ.Phys,Vol11,045005(2009).

M.Razavi**,M.Piani**,N.Lütkenhaus,Quantumrepeaterswithimperfectmemories:

costandscalability,PhysicalReviewAVol80,032301(2009).

K.Tamaki,N.Lütkenhaus,M.Koashi,J.Batuwantudawe,Unconditionalsecurityofthe

Bennett1992quantumkeydistributionschemewithastrongreferencepulse,Physical

ReviewAVol80,032302(2009).

H.Häseler*,N.Lütkenhaus,Probingthequantumnessofchannelswithmixedstates,

PhysialReviewAVol80,042304(2009).

M.Curty,T.Moroder*,X.Ma**,N.Lütkenhaus,Non-Poissonianstatisticsfrom

Poissonianlightsourceswithapplicationtopassivedecoystatequantumkey

distribution,Opt.Lett.Vol34,Iss.20,pp3238-3240(2009).

V.Scarani,H.Bechmann-Pasquinucci,N.Cerf,M.Dusek,N.Lütkenhaus,M.Peev,The

securityofpracticalquantumkeydistribution,ReviewsofModernPhysics,Vol81,Issue

3,1301-1350(2009).

M.Heid*,N.Lütkenhaus,Securityofcoherent-statequantumcryptographyinthe

presenceofGaussiannoise(vol76,022313,2007),PhysicalReviewA,Vol79,Issue5,

059902(2009).

N.Killoran*,H.Häseler*,N.Lütkenhaus,QuantumThroughput:Quantifyingquantum

communicationwithhomodynemeasurements,Phys.Rev.A,82,052331(2010).

M.Curty,X.F.Ma**,H.K.Lo,N.Lütkenhaus,PassivesourcesfortheBennett-Brassard

1984quantum-key-distributionprotocolwithpracticalsignals,PhysicalReviewA82,

052325(2010).

Lutkenhaus,Norbert January2017

82

H.Häseler*,N.Lütkenhaus,Quantumbenchmarksforthestorageortransmissionof

quantumlightfromminimalresources,PhysicalReviewA81,060306(R)(2010).

T.Moroder*,O.Gühne,N.J.Beaudry*,M.Piani**,N.Lütkenhaus,Entanglement

verificationwithrealisticmeasurementdevicesviasquashingoperations,Physical

ReviewA81,052342(2010).

C.Wittmann,J.Fürst,C.Wiechers,D.Elser,H.Häseler*,N.Lütkenhaus,G.Leuchs,

Witnessingeffectiveentanglementovera2kmfiberchannel,OpticsExpress18,4499

(2010).

N.Killoran*,D.N.Biggerstaff,R.Kaltenbaek,K.J.Resch,N.Lütkenhaus,Derivationand

experimentaltestoffidelitybenchmarksforremotepreparationofarbitraryqubit

states,PhysicalReviewA81,012334(2010).

L.Salvail,M.Peev,E.Diamanti,R.Alleaume,N.Lütkenhaus,T.Länger,Securityof

TrustedRepeaterQuantumKeyDistributionNetworks,JournalofComputerSecurityVp.

18,p.61-87(2010).

M.Piani**,D.Pitkanen*,R.Kaltenbaek,N.Lütkenhaus,Linear-opticsrealizationof

channelsforsingle-photonmultimodequdits,PhysicalReviewA84,032304(2011)[11

pages].

N.Killoran*andN.Lütkenhaus,Strongquantitativebenchmarkingofquantumoptical

devices,PhysicalReviewA,83,052320(2011)[10pages].

D.Pitkanen*,X.F.Ma**,R.Wickert,P.vanLoock,N.Lütkenhaus,EfficientHeraldingof

PhotonicQubitswithApplicationstoDeviceIndependentQuantumKeyDistribution,

PhysicalReviewA,84.022325(2011).

A.Ferenczi*,V.Narasimhachar*,N.Lütkenhaus,Securityproofoftheunbalanced

phase-encodedBennett-Brassard1984protocol,Phys.Rev.A,86,042327(2012).

N.Killoran*,M.Hosseini,B.C.Buchler,P.K.Lam,N.Lütkenhaus,Quantumbenchmarking

withrealisticstatesoflight,Phys.Rev.A,86,022331(2012).

J.M.Arrazola*,O.Gittsovich**,N.Lütkenhaus,Accessiblenonlinearentanglement

witnesses,Phys.Rev.A,85062327(2012).

Lutkenhaus,Norbert January2017

83

A.Ferenczi*,N.Lütkenhaus,Symmetriesinquantumkeydistributionandthe

connectionbetweenoptimalattacksandoptimalcloning,Phys.Rev.A,85,052310

(2012).

X.F.Ma**,N.Lütkenhaus,ImprovedDataPost-ProcessinginQuantumKeyDistribution

andApplicationtoLossThresholdsinDeviceIndependentQKD,QuantumInformation&

Computation,12,203-214(2012)

A.Ferenczi*,V.Narasimhachar*,N.Lütkenhaus,Securityproofoftheunbalanced

phase-encodedBennett-Brassard1984protocol,Phys.Rev.A,86,042327(2012).

M.Mafu*,D.Angela,S.Goyal,D.Giovannini,M.McLaren,M.J.Padgett,T.Konrad,F.

Petruccione,N.Lütkenhaus,A.Forbes,Higher-deimensionalorbital-angular-

momentum-basedquantumkeydistributionwithmutuallyunbiasedbases,Phys.Rev.A,

88,032305(2013).

I.Khan,Ch.Wittmann,N.Jain,N.Killoran*,N.Lütkenhaus,Ch.Marquardt,G.Leuchs,

Optimalworkingpointsforcontinuous-variablequantumchannels,Phys.Rev.A,88,

010302(2013).

J.M.Arrazola*,O.Gittsovich**,J.M.Donohue*,J.Lavoie*,K.J.Resch,N.Lütkenhaus,

ReliableEntanglementVerification,Phys.Rev.A,87,062331(2013).

O.Gittsovich**,N.J.Beaudry,V.Narasimhachar,R.R.Alvarez,T.Moroder,N.

Lütkenhaus,Squashingmodelfordetectorsandapplicationstoquantum-key-

distributionprotocols,Phys.Rev.A,89,012325(2014)

J.M.Arrazola*,N.Lütkenhaus,Quantumfingerprintingwithcoherentstatesanda

constatntmeannumberofphotons,Phys.Rev.A,89,062305(2014)

C.Panayi,M.Razavi,X.F.Ma,N.Lütkenhaus,Memory-assistedmeasurement-device-

independentquantumkeydistribution,NewJournalofPhyiscs,16(2014).

S.Muralidharan,J.Kim,N.Lütkenhaus,M.D.Lukin,L.Jiang,Ultrafastandfault-tolerant

quantumcommunicationacrosslongdistancesPhys.Rev.Letters,Vol.112,250501

(2014).

R.Alleaume,J.Bouda,C.Branciard,T.Debuisschert,M.Dianati,N.Gisin,M.Godfrey,P.

Grangier,T.Langer,A.Leverrier,N.Lütkenhaus,P.Painchault,M.Peev,A.Poppe,T.

Lutkenhaus,Norbert January2017

84

Pornin,J.Rarity,R.Renner,G.Ribordy,M.Riguidel,L.Salvail,A.Shields,H.Weinfurter,

A.Zeilinger,Usingquantumkeydistriutionforcryptographicpurposes:asurvey,

TheorectialComputerScience,560,(2014).

J.X.Chen,Z.F.Ji,D.Kribs,N.Lütkenhaus,B.Zeng,Symmetricextensionoftwo-qubit

states,PhysicalReviewA,90,032318(2014).�

J.M.Arrazola,N.Lütkenhaus,Quantumcommunicationwithcoherentstatesandlinear

optics,PhysicalReviewA,90,042335(2014).�

W.Stacey,R.Annabestani,X.F.Ma,N.Lütkenhaus,Securityofquantumkeydistribution

usingasimplifiedtrustedrelay,PhysicalReviewA,91,012338(2015).�

S.Sajeed,P.Chaiwongkhot,JP.Bourgoin,T.Jennewein,N.Lütkenhaus,V.Makarov,

Securityloopholeinfree-spacequantumkeydistributionduetospatial-modedetector-

efficiencymismatch,PhysicalReviewA,91,062301(2015).

D.B.S.Soh,C.Brif,P.J.Coles,N.Lütkenhaus,R.M.Camacho,J.Urayama,M.Sarovar,

Self-ReferencedContinuous-VariableQuantumKeyDistributionProtocol,Phys.Rev.X5,

041010(2015).�

F.Xu,J.M.Arrazola,K.Wei,W.Wang,P.Palacios-Avila,C.Feng,S.Sajeed,N.

Lütkenhaus,H.K.Lo,Experimentalquantumfingerprintingwithweakcoherentpulses,

NatureCommunications6,8735(2015).

J.P.Bourgoin,N.Gigov,B.L.Higgins,Z.Z.Yzn,E.Meyer-Scott,A.K.Khandani,N.

Lütkenhaus,T.Jennewein,Experimentalquantumkeydistributionwithsimulated

ground-to-satellitephotonlossesandprocessinglimitations,PhysicalReviewA92,

052339(2015).�

S.Muralidharan,L.S.Li,J.Kim,N.Lütkenhaus,M.D.Lukin,L.Jiang,Optimal

architecturesforlongdistancequantumcommunication,ScientificReports6,20463

(2016).�

C.Pfizer,N.Lütkenhaus,S.Wehner,P.J.Coles,Siftingattacksinfinite-sizequantumkey

distribution,NewJournalofPhysics,18,053001,(2016)�

W.P.Schleich,K.S.Ranade,C.Anton,M.Arndt,M.Aspelmeyer,MBayer,G.Berg,T.

Calarco,H.Fuchs,E.Giacobino,M.Grassl,P.Hänggi,W.M.Heckl,I..Hertel,S.Huelga,F.

Lutkenhaus,Norbert January2017

85

Jelezko,B.Keimer,J.P.Kotthaus,G.Leuchs,N.Lütkenhaus,U.Maurer,T.Pfau,M.B.

Plenio,E.M.Rasel,O.Renn,C.Silberhorn,J.Schiedmayer,D.Schmitt-Landsiedel,K.

Schönhammer,A.Ustinov,P.Walther,H.Weinfurter,E.Welzl,R.Wiesendanger,S.Wolf,

A.Zeilinger,P.Zoller,QuantumTechnology:Fromresearchtoapplication,Applied

PhysicsB,122,130,(2016)�

D.Luong,L.Jiang,J.Kim,N.Lütkenhaus,Overcominglossychannelboundsusinga

singlequantumrepeaternode,AppliedPhysicsB,122,96,(2016)�

P.J.Coles,E.M.Metodiev,N.Lütkenhaus,J.P.Bourgoin,NumericalApproachfor

UnstructuredQuantumkeyDistribution,NatureCommunications,7,11712,(2016)�

J.M.Arrazola,MKarasamanis,N.Lütkenhaus,Practicalquantumretrievalgames,,Phys.

Rev.A93,06,062311(2016)�

R.Namiki,L.Jiang,J.Kim,N.Lütkenhaus.(2016).Roleofsyndromeinformationona

one-wayquantumrepeaterusingteleportation-basederrorcorrection.PhysicalReview

A.InPress�

PapersinRefereedConferenceProceedings:

H.Häseler,J.Rigas,O.GühneandN.Lütkenhaus,VerifyingEntanglementinQuantum

OpticalSystems;pages151-156,ProceedingsoftheQCMC2006,Ed.O.Hirota,J.H.

ShapiroandM.Sasaki,NICTPress,2007,ISBN978-4-904020-00-5.

M.HeidandN.Lütkenhaus,Securityofcoherentstatequantumcryptographyagainst

collectiveattacksunderGaussianchannelnoise,pages177-180,Proceedingsofthe

QCMC2006,Ed.O.Hirota,J.H.ShapiroandM.Sasaki,NICTPress,2007,ISBN978-4-

904020-00-5.

O.Gühne,N.Lütkenhaus,Nonlinearentanglementwitnesses,covariancematricesand

thegeometryofseparablestates,J.Phys.:Conf.Ser.67,012004(2007).

M.Razavi,H.Farmanbar,andN.Lütkenhaus,Long-distancequantumcommunication

withmultiplequantummemories,OFC’08TechnicalDigest,PaperJWA48,SanDiego,

CA,Feb.2008.

Lutkenhaus,Norbert January2017

86

M.Razavi,M.Piani,H.Farmanbar,K.Thompson,andN.Lütkenhaus,Physicaland

architecturalconsiderationsinquantumrepeaters,invitedtoSPIEPhotonicWest,Paper

7236-2,SanJose,CA,Jan.2009.

N.J.Beaudry,T.Moroder,N.Lütkenhaus,SquashingModelsforOpticalMeasurements,

QuantumCommunication,MeasurementandComputing,Proc.9thInternational

ConferenceonQuantumCommunication,Measurement,andComputing,ed.A.

Lvovsky,AIPConferenceProceedings,Vol1110,p.319-322,(2009).

G.O.Myhr,N.Lütkenhaus,A.C.Doherty,J.M.Renes,Symmetricextensionandits

applicationinQKD,QuantumCommunication,MeasurementandComputing,Proc.9th

InternationalConferenceonQuantumCommunication,Measurement,andComputing,

ed.A.Lvovsky,AIPConferenceProceedings,Vol1110,p359-362(2009).

M.Razavi,M.Piani,andN.Lütkenhaus,Ratedegradationinquantumrepeaterswith

imperfectmemories,Proc.9thInternationalQuantumCommunication,Measurement,

andComputing,Calgary,AB,Canada,Aug.2008,ed.A.Lvovsky,AIPConference

Proceedings,Vol1110,p261-264(2009).

H.HäselerandN.Lütkenhaus,TestingQuantumMemoriesviaEntanglement

Verification,QuantumCommunication,MeasurementandComputing,Proc.9th

InternationalConferenceonQuantumCommunication,Measurement,andComputing,

ed.A.Lvovsky,AIPConferenceProceedings,Vol1110,p.257-260,(2009).

M.Piani,D.Pitkanen,R.Kaltenbaek,N.Lütkenhaus,Linear-opticsrealizationofchannels

forsingle-photonmultimodequdits,inInternationalConferenceonQuantum

Information,OSATechnicalDigest(CD)(OpticalSocietyofAmerica,2011),paperQWC4.

N.Killoran,N.Lütkenhaus,Quantifyingthestrengthofopticalcommunicationdevices

usingentanglementmeasures,inInternationalConferenceonQuantumInformation,

OSATechnicalDigest(CD)(OpticalSocietyofAmerica,2011),paperQTuG6.

N.Killoran,N.Lütkenhaus,ExtendingQuantumOpticalBenchmarkswithEntanglement

Measures,inQuantumElectronicsandLaserScienceConference,OSATechnicalDigest

(CD)(OpticalSocietyofAmerica,2011),paperQThJ3.

Lutkenhaus,Norbert January2017

87

N.Killoran,H.Häseler,N.Lütkenhaus,Quantumthroughput:Estimatingthe

quantumnessofopticaldevicesusinghomodynemeasurements,in10thInternational

ConferenceonQuantumCommunication,MeasurementandComputing(QCMC),eds.T.

RalphandP.K.Lam,AIPConferenceProceedings,Vol1363,p.215-218,(2010)(4pages).

J.M.Arrazola,N.Lütkenhaus,QuantumCommunicationComplexitywithCoherent

StatesandLinearOptics,Proceedingsofthe9thConferenceontheTheoryofQuantum

Computation,CommunicationandCryptography,TQC2014,May21-23,2014,National

UniversityofSingapore,Singapore.P36-47.�

JuanMiguelArrazola,OlegGittsovich,NorbertLütkenhaus,Averageiterationsof

accessiblenonlinearwitnesses,ProceedingsoftheEleventhInternationalConference

OnQuantumCommunication,MeasurementAndComputation(QCMC),AIPConf.Proc.

1633,144(2014)�

O.Gittsovich,T.Moroder,KeyrateforcalibrationrobesentanglementbasedBB84

quantumkeydistributionprotocol,ProceedingsoftheEleventhInternational

ConferenceonQuantumCommunication,MeasurementandComputation,

(QCMC),Vienna,Austria,July30-August3,2012,AIPConf.Proc.1633,156,(2014)[CP]�

Other:

InvitedTalks:

SpringMeeting,AmericanPhysicalSociety,Denver,March5-9,2007.

InternationalLaserPhysicsConference,Trondheim,June29toJuly4,2008.

InternationalConferenceonInformationalTheoreticSecurity(ICTS),Calgary,August10-

13,2008.

AsianConferenceonQuantumInformationScience(AQIS'08),Seoul,August25-31,

2008.

InternationalConferenceonQuantumOpticsandQuantumInformation,Vilnius

(Lithuania),September20-23,2008.

DemonstrationofSECOQCNetwork,Vienna,October8-10,2008.

UpdatingQKD,TokyoConference,December1-2,2008.

Lutkenhaus,Norbert January2017

88

FiniteSizeEffectsinQKDWorkshop,Singapore,December3-9,2008.

QuantumcommunicationsRealizedII,SPIEInternationalSymposiumonIntegrated

OptoelectronicDevices,SanJose,CA,January24-29,2009.

QuantumKeyDistribution,QuantumInformationScience,Vienna,VA,April23-25,2009.

NATOAdvancedResearchWorkshop–QuantumCryptographyandComputing:Theory

andImplementation,NationalQuantumInformationCentreofGdańsk,Universityof

Gdańsk,Poland,September9-12,2009.

BoundStorageModelQKDWorkshop,Pasadena,March20-22,2010.

OpticsFiberConference–Invitedtalk,SanJose,March21-25,2010.

CREST2010,InternationalSymposiumonthePhysicsofQuantumTechnology,Tokyo,

April5-10,2010.

OpticalFiberCommunicationConference,SanDiego,SecurityofQuantumKey

Distribution,March21-25,2010.

ISPQT2010,(InternationalSymposiumonPhysicsofQuantumTechnology),

Hitotsubashi,Chiyoda-ku,Tokyo,April6-9,2010.

QuantumCommunication,ComputingandMeasurement,Brisbane,July19-23,2010.

LaserPhysics2010,FozdoIguacu,Brazil,July5-9,2010(declined).

TheTenthInternationalConferenceonQuantumCommunication,Measurementand

Computation(QCMC),TheUniversityofQueensland,Brisbane,Australia,July19-23,

2010.

UpdatingQuantumCryptographyandCommunication2010(UQCC),Tokyo,October18-

20,2010.

MaxPlanckInstitute(MPL)WinterRetreat,Scheffau,Austria,February28toMarch4,

2011.

InternationalConferenceonQuantumInformation(ICQI),Ottawa,June6-8,2011.

2011DAMOPAnnualMeeting,Atlanta,Georgia,June15-17,2011.

FrontierinOptics(FiO)2011-APS/DLSAnnualMeeting,SanJose,California,October

18-20,2011

QuantumInformationandMeasurement(QIM),Berlin,Germany,March19-21,2012.

Lutkenhaus,Norbert January2017

89

Tsinghua-AarhusCTICWorkshoponQuantumInformationScience,TsinghuaUniversity,

Beijing,May21-27,2012.

PécsWorkshoponQuantumInformationandQuantumOptics,Pécs,Hungary,May28-

30,2012.

QuantumCommunicationWorkshoponSecureInformationTransmissioninthe

MaritimeEnvironment,LosAngeles,CA,USA,August28-30,2012.

QuantumAfrica2,Drakensberg,SouthAfrica,September3-7,2012.

SPIEconferenceonQuantum-Physics-basedInformationSecurity,Edinburgh,UK,

September24-27,2012.

CIFARQuantumInformationProcessingMeeting,Ottawa,November14-16,2012

SummerSchoolonQuantumPhysicsandQuantumInformatio,Olomouc,Czech

Republic,July20-25,2013.

SPIESecurity+Defence,DresdenGermany,September23-26,2013.

QANAS2013,Agra,India,November27-December1,2013.

APSMeeting,Denver,Colorado,March3-4,2014.�

Quantum2014,Torino,Italy,May26-31,2014.�

FrontiersinOptics/Laserscience2014,Tucson,Arizona,October19-23,2014.�

WorkshoponScalableInformationProcessingwithQuantumNano-Photonics,

Cambridge,MA,12-13.March2015.�

WorkshopforQuantumRepeatersandNetworks,Asilomar,PacificGrove,May15-17,

2015�

TrustworthyQuantumInformationWorkshop,AnnArbor,June28-July1,2015�

MaxPlanckSymposiumonSecurityandCryptography,Munich,6-7.July,2015�

InternationalConferenceonCybersecurity,Riyadh,SaudiArabia,March29-30,2016�

WorkshoponQuantumKeyDistributionStandardization,Jinan,ShandongProvince,

�China,May31-June4,2016�

ProtectionofLong-LivedSystemsConference,Darmstadt,Germany,July18–19,2016�

FrontiersinOptics/LaserScienceConference,Rochester,NewYork,USA,October17-

21,2016�

Lutkenhaus,Norbert January2017

90

Seminars:

ICFO,Barcelona(Acin,Lewenstein,Calsamiglia),October13-17,2008.

TalkatInstituteforPhotonicSciences(ICFO),SquashingModelsforOptical

MeasurementsinQuantumCommunication,November2008.

TalkatUniversitatAutonomadeBarcelona(UAB),TestingOpticalQuantumDevicesvia

EntanglementVerificatio,Barcelona,November2008.

Talk:VerschränkungalsBenchmarkinderQuanten-Kommunikation,Universityof

Erlangen,Erlangen,Germany,February2-3,2009.

IQC-NIIMeeting,Tokyo,February14-21,2009.

ETH,Zurich,March20–April3,2011.

RetreatofDivisionLeuchs,Max-PlanckInstituteforthePhysicsofLight,Schloss

Ringberg,October7-12,2012.

TalkattheUniversityofToronto,May9,2014.�

TalkatTsignhuaUniversity,October31,2014.�

RetreatoftheLeuchsDivision,MaxPlanckInstitutefortheScienceofLight,Schloss

Ringberg,December1-2,2015�

TsinghuaUniversity,Beijing,China,May30,2016�

Preprints:

X.F.Ma,T.Moroder,N.Lütkenhaus,Quantumkeydistributionsecureagainstthe

efficiencyloophole,(5pages,2figures)arXiv:0812.4301.

R.Alleaume,J.Bouda,C.Branciard,T.Debuisschert,M.Dianati,N.Gisin,M.Godfrey,P.

Grangier,T.Länger,A.Leverrier,N.Lütkenhaus,P.Painchault,M.Peev.,A.Poppe,T.

Pornin,J.Rarity,R.Renner,G.Ribordy,M.Riguidel,L.Salvail,A.Shields,H.Weinfurter,

A.Zeilinger,SECOQCWhitePaperonQuantumKeyarXiv:0701168

J.M.Arrazola,N.Lütkenhaus,Constant-EnergyQuantumFingerprinting,

arXiv:1309.5005

Lutkenhaus,Norbert January2017

91

S.Muralidharan,J.Kim,N.Lütkenhaus,M.D.Lukin,L.Jiang,Ultrafastandfault-tolerant

quantumcommunicationacrosslongdistances,arXiv:1310.5291v1

PeerReviewedConferenceContributions

M.Razavi,M.Piani,H.Farmanbar,K.Thompson,andN.Lütkenhaus,Physicaland

architecturalconsiderationsinquantumrepeaters,Proc.SPIE7236,723603(2009).

D.Stebila,M.Mosca,N.Lütkenhaus,TheCaseforQuantumKeyDistribution,

ProceedingsQuantumCom2009,LNICST36,pp.283-296,2010.

PeerReviewedReviews:

M.Dusek,N.Lütkenhaus,M.Hendrych,ProgressinOptics,Vol.39,Edt.E.Wolf,

Elsevier,2006,page381-454.

(ISBN978-0-444-52732-5)quant-ph/0601207.

V.Scarani,H.Bechmann-Pasquinucci,N.J.Cerf,M.Dusek,N.Lütkenhaus,M.Peev,The

securityofpracticalquantumkeydistribution,Rev.Mod.Phys.Vol81,p.1301(2009).

Contributionsforthewideraudience,Reviews

H.-K.LoandN.Lütkenhaus,QuantumCryptography:fromTheorytoPractice,Physicsin

Canada,Vol63,No.4,p191--196,2007.

R.Ursinetal,Space-QUEST:Experimentswithquantumentanglementinspace,

EurophysicsNewsVol40,No3page26(2009).

OtherPreprintsofResearchGroupledbyN.Lutkenhaus:

W.Y.Hwang,J.Bae,N.Killoran.No-signalingquantumkeydistribution:astraightforward

approach,arXiv:1202.3822v1.

OtherPublicationsofResearchGroupledbyN.Lutkenhaus:

M.Curty,K.Tamaki,T.Moroder,Effectofdetectordead-timesonthesecurity

evaluationofdifferential-phase-shiftquantumkeydistributionagainstsequential

attacks,Phys.Rev.A77,052321(20pp)(2008).

Lutkenhaus,Norbert January2017

92

X.Peng,H.Jiang,B.Xu,X.Ma,andH.Guo,Experimentalquantumkeydistributionwith

anuntrustedsource,OpticsLettes,Vol.33,Issue18,pp.2077-2079(2008).

C.Mora,M.Piani,H.-J.Briegel,Epsilon-measuresofentanglement,NewJ.Phys.10,

083027(2008).

A.Grudka,M.Horodecki,P.Horodecki,R.Horodecki,M.Piani,Entanglement-

redistributionboxes,Phys.Rev.A78,042317(2008).

R.Alicki,M.Piani,andN.VanRyn,QuantumnessWitnesses,J.Phys.AMath.Thero.41,

495303(2008).

E.Bocquillon,C.Couteau,M.Razavi,R.Laflamme,andG.Weihs,Coherencemeasures

forheraldedsingle-photonsources,Phys.Rev.A79,035801(2009).

M.Razavi,I.Söllner,E.Bocquillon,C.Couteau,R.Laflamme,andG.Weihs,

Characterizingheraldedsingle-photonsourceswithimperfectmeasurementdevices,J.

Phys.B:AtMol.Opt.Phys.42,114013(2009).

M.Piani,M.Christandl,C.E.Mora,P.Horodecki,Broadcastcopiesrevealthe

quantumnessofcorrelations,Phys.Rev.Lett.102,250503(2009).

M.Piani,J.Watrous;Allentangledstatesareusefulforchanneldiscrimination,Phys.

Rev.Lett.102,250501(2009).

M.J.Bremner,C.Mora,andA.Winter;AreRandomPureStatesUsefulforQuantum

Computation?,Phys.Rev.Lett.102,190502(2009).

C.Erven,X.Ma,R.Laflamme,G.Weihs,EntangledQuantumKeyDistributionwitha

BiasedBasisChoice,NewJ.Phys.Vol11,045025(2009).

M.Piani,RelativeEntropyofEntanglementandRestrictedMeasurements,Phys.Rev.

Lett.103,160504(2009).

A.Miranowicz,M.Piani,P.Horodecki,R.Horodecki,Inseparabilitycriteriabasedon

matricesofmoments,Phys.Rev.A80,052303(2009).

E.Bocquillon,C.Couteau,M.Razavi,R.Laflamme,andG.Weihs,Coherencemeasures

forheraldedsingle-photonsources,Phys.Rev.A79,035801(2009).

Lutkenhaus,Norbert January2017

93

M.Razavi,I.Söllner,E.Bocquillon,C.Couteau,R.Laflamme,andG.Weihs,

Characterizingheraldedsingle-photonsourceswithimperfectmeasurementdevices,J.

Phys.B:At.Mol.Opt.Phys.42,114013(2009).

M.Piani,J.Watrous,Allentangledstatesareusefulforchanneldiscrimination,Phys.

Rev.Lett.102,250501(2009).

A.Acín,R.Augusiak,D.Cavalcanti,C.Hadley,J.K.Korbicz,M.Lewenstein,Ll.Masanes,

M.Piani,Unifiedframeworkforcorrelationsintermsoflocalquantumobservables,

Phys.Rev.Lett.104,140404(2010).

C.E.Mora,M.Piani,A.Miyake,M.VandenNest,W.Dür,H.J.Briegel,Universal

resourcesforapproximateandstochasticmeasurement-basedquantumcomputation,

Phys.Rev.A81,042315(2010).

T.S.Cubitt,D.Leung,W.Matthews,A.Winter,Improvingzero-errorclassical

communicationwithentanglement,Phys.Rev.Lett.104,230503(2010).

W.Matthews,M.Piani,J.Watrous,Entanglementinchanneldiscriminationwith

restrictedmeasurements,Phys.Rev.A82,032302(2010).

J.Lavoie,R.Kaltenbaek,M.Piani,K.J.Resch,Experimentalboundentanglementina

four-photonstate,Phys.Rev.Lett.105,130501(2010).

M.Curty,X.F.Ma,B.Qi,T.Moroder,Passivedecoystatequantumkeydistributionwith

practicallightsource,Phys.Rev.A81,022310(2010)

X.F.Ma,,C.-H.F.Fung,J.-C.Boileau,H.F.Chau,Practicalpost-processingforquantum-

key-distributionexperiments,arXiv:0904.1994.

T.Moroder,O.Gittsovich,Calibration-robustentanglementdetectionbeyondBell

inequalities,Phys.Rev.A,85,032301(2012)[13pages]

Menezes,Alfred January2017

94

CurriculumVitae

a) NAME:(rank,status(tenured,contract,MemberofGraduateFaculty/Corememberof

programetc.)

Menezes,Alfred

Fullprofessor,tenured

MemberoftheGraduateFaculty:yes

b) DEGREES:designation,institution,department,yearPh.D.Combinatorics&Optimization(C&O),UniversityofWaterloo,1992.

MMAth,Combinatorics&Optimization,UniversityofWaterloo,1989.

B.Math,JointHonoursComputerScienceandC&O,UniversityofWaterloo,1987.

c) EMPLOYMENTHISTORY:dates,rank/position,department,institution/firmJul.2003-present FullProfessor,DepartmentofC&O,UniversityofWaterloo.Cross

appointmenttoDavidR.CheritonSchoolofComputerScience

Sept.2011-Aug.2015 Chair,DepartmentofC&O,UniversityofWaterloo

Jan.1998-Jun.2003 AssociateProfessor,DepartmentofC&O,UniversityofWaterloo

(OnleavefromSeptember2000-August2001)

Apr.2009-Jul.2013 Consultant,ResearchinMotion,Ontario,Canada

May2002-Mar.2009 Consultant,CerticomCorp.,Ontario,Canada

Sept.2000-Aug.2001 SeniorCryptographer&DirectorofResearch,CerticomCorp.,

Ontario,Canada

Sept.1994-Aug.2000 Consultant,CerticomCorp.,OntarioCanada

Sept.1997-Dec.1997 AssociateProfessor(tenured),DiscreteandStatisticalSciences,

AuburnUniversity

Sept.1992-Aug.1997 AssistantProfessor,DiscreteandStatisticalSciences,Auburn

University

d) HONOURS:(F.R.S.,F.R.S.C.,GovernorGeneralsAward,honorarydegree,etc...)DistinguishedTeachingAward,UniversityofWaterloo,2012

FacultyofMathematicsAwardforDistinctioninTeaching,UniversityofWaterloo,2010

OutstandingPerformanceAward,UniversityofWaterloo,2004,2008,2011,2014

Menezes,Alfred January2017

95

FacultyofMathematicsFacultyFellow,UniversityofWaterloo,2005-2008

HallMedal,InstituteofCombinatoricsanditsApplications,2001

AuburnUniversitySigmaXiResearchAward,1995

AuburnUniversityBookAuthorAward,1994

OutstandingAchievementinGraduateStudies,UniversityofWaterloo,1992

OntarioGraduateScholarship,1990-1992

e) SCHOLARLYANDPROFESSIONALACTIVITIES:past7yearsonly(eg.executiveandeditorialpositionsbutnotmembershipsinsocieties)

CentreforAppliedCryptographicResearch

Sept.2011 ManagingDirector

ServicetoUniversityofWaterloo

July2008-June2010 C&ODepartmentTenureandPromotionCommittee

Mar.2009-Jan.2010 DeanofMathematicsNominatingCommittee

Sept.2009-Aug.2011C&ODepartmentExecutiveCommittee

Jan.2010-Aug.2010 AssociateChairforGraduateStudies,DepartmentofC&O

Sept.2011-Aug.2015Chair,DepartmentofC&O

ConferenceOrganization

2008-present SteeringCommitteeMemberfortheAnnualECCworkshop

Sept.2012 ScientificCommitteeMemberforECC2012

Sept.2011 ScientificCommitteeMemberforECC2011

2007-2013 SteeringCommitteeMemberforannualPairingconference

Sept.2013 ScientificCommitteeMemberforECC2013

Oct.2014 GeneralchairofPQCrypto2014

Oct.2014 ScientificCommitteeMemberforECC

Sept.2014 Programchair(withD.Aranha)forLATINCRYPT2014

ProgramCommitteeMember

2010 PKC

2010 Africacrypt

2010 Latincrypt

2010 IWSEC

Menezes,Alfred January2017

96

2010 ISC

2010 Indocrypt

2011 Eurocrypt

2011 Asiacrypt

2013 SAC

2015 Latincrypt

2015 SECITC

2016 Mycrypt

ReviewerofGrantApplications

2002-present MemberofNSERCCollegeofReviewers

2010,2012 NSERC

2010 NetherlandsOrganizationforScientificResearch

2011 EuropeanResearchCouncil

2013 FWO

Editorial

1999-present AccreditationboardmemberofComputer&CommunicationsSecurity

Abstracts

2005-present EditorialboardmemberofContributionstoDiscreteMathematics

2006-present EditorialboardmemberofJournalofMathematicalCryptology

2009-2011 EditorialboardmemberofEncyclopediaofCryptographyandSecurity

(secondedition)

2012–present EditorialboardmemberofAdvancesinMathematicsofCommunication

2015–2018 AssociateEditorIEEETransactionsonInformationTheory

Refereeing-Conferences

2010 Crypto

2013 Asiacrypt

2013 Eurocrypt

2016 SAC

2016 ACNS

Other

Menezes,Alfred January2017

97

2005-2010 TechnicalAdvisoryPanel,CenterforInformationSecurityand

Cryptography

2005-present AdvisoryBoardMember,XtremeMobility

2014-present SecurityLeadershipTeam,InfoSecGlobal

2015-present ScientificAdvisoryBoardMamber,ZebraPet

f) GRADUATESUPERVISIONS:masters,doctoral,postdoctoral-completed/inprogressCompleted:30M.A.,6Ph.D.9PDF

Inprogress:3M.A.�

NAMEOFSTUDENTSsupervisedwithinthepastsevenyears,titleofthesisofproject,yearof

firstregistrationandyearofcompletion:

RandyYee(M.Math)Aug2016.�

GoraAdj(Ph.D)(CINVESTAV,Mexico),Jul2016(withF.Rodrıguez-Henrıquez)

KenwrickMayo(M.Math)Aug2015�

MichaelWesolowski(M.Math)Apr2015�

Marie-SarahLacharite(M.Math)Apr2014�

DanielleDrainville(M.Math)Dec2012

EdwardKnapp(Ph.D.)Dec2012�

DaleBrydon(M.Math)Apr2012�

KeweiYu(M.Math)Aug2011�

SouradyutiPaul,Oct2012–Oct2013

ShermanChow,Oct2010–Oct2012(withD.Jao)

KorayKarabina,May2010–Jan2011,Aug2011–Aug2012

SanjitChatterjee,Oct2007–Oct2010��

g) GRADUATECOURSES:past7years,byyearLectures:

Winter2017 AppliedCryptography(CO487)

Fall2016 MathematicsofPublic-KeyCryptography(CO485/685)

Fall2016 Algebra(Math135)

Menezes,Alfred January2017

98

Fall2012 Algebra–AdvancedLevel(Math145)

Winter2010 CodingTheory(CO331)

Winter2003 IntroductiontoCombinatorics(Math239)

h) EXTERNALRESEARCHFUNDING:past7yearsonly,byyear,indicatingsource(grantingcouncils,industry,government,foundations,other);amount;principalinvestigator;purpose(research,travel,publications,etc...)

Year Source Type* Amountperyear Purpose**

2012-17 NSERCCREATE C $300,000 Research

2011-17 NSERCDISCOVERY C $33,280 Research

2010-15 OntarioResearchFund G $350,566 Research

2010-14 NSERCCRD C $77,538 Research

2011-2013 NSERCCRD C $66,000 Research

2012-12 ResearchinMotion O $50,000 Research

2009-14 PitneyBowes O $80,000 Research

2009-12 NSERCStrategic C $149,979 Research

2009-14 OntarioResearchFund G $393,000 Research

2006-11 NSERCDiscovery C $22,000 Research

*Type:C-Grantingcouncils;G-Government;F-Foundations;O-Other

**Purpose:research,travel,publication,etc.

2.INTERNALRESEARCHFUNDING:Thisincludesuniversityfunds,SSHRCminorgrantsawarded

throughtheUniversity,etc.]

i)PUBLICATIONS:ThePublicationsshouldbelistedinthecategoriesshownbelowandinclude

thefollowinginformation:booksauthored,booksedited(alistofthechapterscontributedby

theeditormustfolloweachtitle),chaptersinbooks(otherthanthoselistedintheabove

category),papersinrefereedjournals,papersinrefereedconferenceproceedings,technical

reports,abstractsand/orpapersread,andothers.Eachtitlemustshowthenamesofthe

authorsintheorderinwhichtheyappearintheoriginalpublicationandinclusivepage

Menezes,Alfred January2017

99

numbers.Publicationssubmitted,butnotyetaccepted,mustbelistedseparatelywithinthe

variouscategories.

1)Life-timesummary(count)accordingtothefollowingcategories:

-Booksauthored 4

-Booksedited 6

-Chaptersinbooks 7

-Papersinrefereedjournal 82

-Papersinrefereedconferenceproceedings 53

-Technicalreports(IndustryStandards) 3

Abstractsand/orpapersread

-Others(workshopspresented)......................................................................................................

37

2)Detailsforpastseven(7)yearssamecategoriesasabove:books,chaptersinbooks,papersin

refereedjournals.

Booksedited:

SpecialIssueonCryptography,Codes,DesignsandFiniteFields:InMemoryofScottA.

Vanstone,Designs,CodesandCryptography,2015Volume77,Issues2-3,(withI.BlakeandD.

Stinson).�

ProgressinCryptology–LATINCRYPT2014,LectureNotesinComputerScience,8895,Springer-

Verlag,2015(withD.Aranha).�

ChaptersinBooks:�

“Introductiontocryptography”,HandbookofFiniteFields,editedbyG.MullenandD.Panario,

CRCPress,2013,pages741-750.�

Severalentriesonellipticcurvecryptography,EncyclopediaofCryptographyandSecurity(2nd

edition),editedbyH.vanTilborgandS.Jajodia,Springer,2011,pages379-380,397-401,403-

410,705-706,843-844,857,907-909(withD.Hankerson).�

PapersinrefereedJournals:��

Menezes,Alfred January2017

100

“Oninstantiatingpairing-basedprotocolswithellipticcurvesofembeddingdegreeone”,IEEE

TransactionsonComputers,toappear(withS.ChatterjeeandF.Rodrıguez-Henrıquez),�

“ChallengeswithassessingtheimpactofNFSadvancesonthesecurityofpairing-based

cryptography”,toappear(withP.SarkarandS.Singh).�

“AnotherlookattightnessII:Practicalissuesincryptography”,toappear(withS.Chatterjee,N.

KoblitzandP.Sarkar).�

“Ariddlewrappedinanenigma”,IEEESecurity&Privacy,toappear(withN.Koblitz).�

“Cryptocash,cryptocurrencies,andcryptocontracts”,Designs,CodesandCryptography,78

(2016),�87-102(withN.Koblitz).�

“Type2structure-preservingsignatureschemesrevisited”,AdvancesinCryptology–ASIACRYPT

2015,�LectureNotesinComputerScience,9452(2015),286-310(withS.Chatterjee).�

“Therandomoraclemodel:Atwenty-yearretrospective”,Designs,CodesandCryptography,77

(2015),�587-610(withN.Koblitz).�

“Faultattacksonpairing-basedprotocolsrevisited”,IEEETransactionsonComputers,64(2015),

�1707-1714(withS.ChatterjeeandK.Karabina).�

“ComputingdiscretelogarithmsinF36·137andF36·163usingMagma”,InternationalWorkshop

on�ArithmeticofFiniteFields–WAIFI2014,LectureNotesinComputerScience,9061(2015),3-

22(withG.�Adj,T.OliveiraandF.Rodrıguez-Henrıquez).�

“WeaknessofF36·1429andF24·3041fordiscretelogarithmcryptography”,FiniteFieldsand

Their�Applications,32(2015),148-170(withG.Adj,T.OliveiraandF.Rodrıguez-Henrıquez).�

“Anotherlookatsecuritytheoremsfor1-keynestedMACs”,C.K.Koc(ed.),OpenProblemsin

�MathematicsandComputationalScience,Springer,2014,69-89(withN.Koblitz).�

“WeaknessofF36·509fordiscretelogarithmcryptography”Pairing-BasedCryptography–

Pairing2013,�LectureNotesinComputerScience,8365(2014),20-44(withG.Adj,T.Oliveira

andF.�Rodrıguez-Henrıquez).�

“Anotherlookatnon-uniformity”,GroupsComplexityCryptology,5(2013),117-140(withN.

Koblitz).�

“AnotherlookatHMAC”,JournalofMathematicalCryptology,7(2013),225-251(withN.

Koblitz).�

Menezes,Alfred January2017

101

“GeneralizationsofVerheul’stheoremtoasymmetricpairings”,AdvancesinMathematicsof

�Communication,7(2013),103-111(withK.KarabinaandE.Knapp).�

“Implementingpairingsatthe192-bitsecuritylevel”,Pairing-BasedCryptography–Pairing

2012,�LectureNotesinComputerScience,7708(2013),177-195(withD.Aranha,L.Fuentes-

Castaneda,E.�KnappandF.Rodrıguez-Henrıquez).�

“Anotherlookatsecuritydefinitions”,AdvancesinMathematicsofCommunications7(2013),

1-38�(withN.Koblitz).�

“Anotherlookattightness”,Proceedingsofthe18thAnnualWorkshoponSelectedAreasin

�Cryptography,LectureNotesinComputerScience,7118(2012),293-319(withS.Chatterjee

andP.�Sarkar).�

“Discretelogarithms,Diffie-Hellman,andreductions”,VietnamJournalofMathematics,39

(2011),�267-285(withN.KoblitzandI.Shparlinski).�

“ParallelizingtheWeilandTatepairings”CryptographyandCoding:13thIMAInternational

�Conference,LectureNotesinComputerScience,7089(2011),275-295(withD.Aranha,E.

Knappand�F.Rodrıguez-Henrıquez).�

“Oncryptographicprotocolsemployingasymmetricbilinearpairings–Theroleofψrevisited”,

Discrete�AppliedMathematics,159(2011),1311-1322(withS.Chatterjee).�

“AgenericvariantofNIST’sKAS2keyagreementprotocol”,The16thAustralasianConference

on�InformationSecurityandPrivacy(ACISP2011),LectureNotesinComputerScience,6812

(2011),�353-370(withS.ChatterjeeandB.Ustaoglu).�

“Ellipticcurvecryptography:Theserpentinecourseofaparadigmshift”,JournalofNumber

Theory,�131(2011),781-814(withA.KoblitzandN.Koblitz).�

Papersinrefereedconferenceproceedings:

SelectedAreasinCryptography(SAC2014),Montreal,Aug2014.�

OpenProblemsinMathematical&ComputationalSciences,Istanbul,Sep2013.�

PitneyBowesInformationSecurityConference,Connecticut,Jun2013.�

PitneyBowesInformationSecurityConference,Connecticut,Jul2012.�

EUROCRYPT2012,Cambridge,Apr2012.�

JointGerman-CanadianWorkshoponEmbeddedSystems,SignalProcessing,andITSecurity

�(ESSPRITS2011),Waterloo,Oct2011.�

Menezes,Alfred January2017

102

SelectedAreasinCryptography(SAC2011),Toronto,Aug2011.�

PitneyBowesInformationSecurityConference,Connecticut,Jun2011.�

Others(workshopspresented):

CINVESTAV,Mexico,Jul2016.�

IndianStatisticalInstitute,Kolkata,Mar2016.�

AuburnUniversityMathematicsClub,Auburn,Feb2012.�

Seminar,UniversityofWaterloo:Mar2004,Jul2005,Jul2008,Jan2010,Jul2014�

Mosca,Michele January2017

103

CurriculumVitae

a) NAME:(rank,status(tenured,contract,MemberofGraduateFaculty/Corememberofprogrametc.)

Mosca,Michele,Faculty,AcademicUniversityResearchChair,Tenured

MemberoftheGraduateFaculty,Yes

b) DEGREES:designation,institution,department,year

Ph.D.Mathematics,UniversityofOxford,UnitedKingdom,1999

MSc.MathematicsandFoundationsofComputerScience,UniversityofOxford,United

Kingdom,1996

B.Math,Combinatorics&OptimizationandPureMathematics,UniversityofWaterloo,

Canada,1995

(SemesterAbroad)Mathematics,BudapestSemestersinMathematics,Hungary,1994

c) EMPLOYMENTHISTORY:dates,rank/position,department,institution/firm

2012-Present Director,CryptoWorks21,NSERCCREATE

2012-Present UniversityResearchChair,UniversityofWaterloo

2010-Present Fellow,QuantumInformationProgram,CanadianInstituteforAdvanced

Research(CIFAR)

2009-Present FullProfessor,DepartmentofCombinatorics&Optimization,University

ofWaterloo

2002-2016 DeputyDirector,InstituteforQuantumComputing

2001-Present Researcher,PerimeterInstituteforTheoreticalPhysics

2001-Present Member,Guelph-WaterlooPhysicsInstitute

2001-Present Cross-appointedFacultyMember,DepartmentofPhysics,Universityof

Waterloo

1999-Present Member,CentreforAppliedCryptographicResearch,Universityof

Waterloo

Mosca,Michele January2017

104

2003-2009 AssociateProfessor,DepartmentofMathematics,St.Jerome’s

UniversityandDepartmentofCombinatorics&Optimization,University

ofWaterloo(jointappointment)

2003-2010 Scholar,QuantumInformationProgram,CIFAR

1999-2003 AssistantProfessor,St.Jerome’sUniversityandUniversityofWaterloo

(jointappointment)

1998-1999 RobinGandyJuniorResearchFellow,WolfsonCollege,Universityof

Oxford,UnitedKingdom

1997-1997 GraduateResearchAssistant,NIS–InternationalSecurity,LosAlamos

NationalLaboratory,U.S.A

d) HONOURS:(F.R.S.,F.R.S.C.,GovernorGeneralsAward,honorarydegree,etc...)

UniversityResearchChair,UniversityofWaterloo,2012-Present

QueenElizabethIIDiamondJubileeMedal,2013

Canada’stop40under40,2010

CanadianInstituteforAdvancedResearch(CIFAR)FellowQIPprogramsince2010,

Scholarsince2003

WaterlooRegion40under40:“Honoringthosemakingadifferenceinourregion”,2010

InvitedSpeaker,AAASScienceandTechnologyWorkshop“PlugintoCanada”,organized

bytheCanadianEmbassy,January2005

VisitingFellowatKing’sCollege,UniversityofCambridge,October2005

CanadaResearchChair(Tier2),2002-2012

Premier’sResearchExcellenceAward,Ontario,2000-2005

FellowoftheInstituteforCombinatoricsanditsApplications,2000-Present

RobinGandyJuniorResearchFellowship,WolfsonCollege,Oxford,1998-1999

e) SCHOLARLYANDPROFESSIONALACTIVITIES:past7yearsonly(eg.executiveandeditorialpositionsbutnotmemberships

insocieties)

2008-2011 InitiatingQuantumCryptographySummerSchoolforYoungScientists

(QCSYS)

2010-2013 Director,QuantumInformationCollaborativeGraduateProgram

Mosca,Michele January2017

105

2000-present AssociateEditor,QuantumInformationandComputation

2016 CybersecurityandPrivacySteeringCommittee

2015-2016 MemberofUWMathResearchActivityCommittee

2011-2017 MemberofUWSenate,

2014-2015 MemberofUWBoardofGovernorsBuilding&PropertiesCommittee

2014-2015 MemberofUWVPUniversityRelationsSearchCommittee

2012-2013 MemberofUWMathCERCsearchcommittee

2012-2013 MemberofUWCombinatoricsandOptimizationTenureandPromotion

Committee

2011-2013 MemberofUWVPResearchAdvisoryCommitteeonUniversityCentres

andInstitutes

2012-2015 MemberofUWBoardofGovernorsExecutiveCommittee

2013-2016 MemberofUWSenateFinanceCommittee

2011-2015 MemberofUWBoardofGovernors

2011-2012 MemberofUWSenateExecutiveCommittee

2016 Co-organizerofthefourthETSIworksoponquantum-safecryptography

inpartnershipwithIQC,Toronto,ON

2016 Co-organizeroftheQuantumComputerScienceWorkshopBanff

InternationalResearchStationforMathematicalInnovationand

Discovery,Banff,Alberta

2015 Co-organizerofthethirdETSIworkshoponquantum-safecryptography

inpartnershipwithIQChostedbySKTelecom,SeoulKorea

2015 Co-organizeroftheQuantumProgrammingLanguagesandCircuit

Workshop,WaterlooCanada

2015 Co-organizer,Dagstuhlseminaron"QuantumCryptanalysis",Lebibniz-

ZentrumfurInformatik,DagstulSeminar15371

2014 Co-organizeroftheFieldsInstituteWorkshoponQuantumOptimization

2014 ProgramCommitteeChair,PQCrypto2014Waterloo

2014 Co-organizerofthesecondETSIworkshoponquantum-safe

cryptographyinPartnershipwithIQC

2014 Co-organizerofthePost-QuantumCryptographySummerSchool

Mosca,Michele January2017

106

2013 ProgramCommitteeMember,AfricaCrypt2013,Cairo,Egypt

2013 ProgramCommitteeMember,PQCrypto2013,Limoges,France

2013 Co-organizerofthefirstETSIworkshoponquantum-safecryptography

2013 Co-organizer,Dagstuhlseminaron“QuantumCryptanalysis”,Leibniz-

ZentrumFurInformatik

2012 Co-organizer,3dayCIFARworkshoponquantuminformation

processing,Ottawa

2012 Co-organizer,“Post-QuantumCryptographyandQuantumAlgorithms”,

Leiden,TheNetherlands

2012 Advisorymember,2ndAQuAStudentCongressonQuantumInformation

&Computation

2012 Co-organizerandpaelistofasessionattheCongress2012ofthe

HumanitiesandSocialSciences,Waterloo

2012 Co-organizer,3-dayworkshoponRecentProgressinQuantum

Algorithms,Waterloo

2011 ProgramCommitteeMember,IndoCrypt2011,India

2011 ProgramCommitteeMember,PQCrypto2011,Taipei,Taiwan

2011 ProgramCommitteeMember,TQC2011,Madrid,Spain

2011 Co-organizer,Dagstuhlseminaron“QuantumCryptanalysis”,Leibniz-

ZentrumfurInformatik

2011 Co-organizer,QuantumKeyDistribution(QKD)SummerSchool,IQC,

Waterloo

2010 ProgramCommitteeMember,AfricaCrypt2010,Cairo,Egypt

2010 ProgramCommitteeCo-Chair,AsianConferenceonQuantum

InformationScience(AQIS2007),Kyoto,Japan

2010 Co-organizer,“TheoryandRealisationofPracticalQuantumKey

Distribution2010”workshop,IQC,Waterloo

f) GRADUATESUPERVISIONS:master=s,doctoral,postdoctoral-completed/inprogress

Completed:3PDF,14Ph.D.,16Masters.

Mosca,Michele January2017

107

InProgress:5PDF,7Ph.D.,1M.Eng,2M.Sc.,1M.Math

NAMEOFSTUDENTSsupervisedwithinthepastsevenyears,titleofthesisofproject,

yearoffirstregistrationandyearofcompletion:

P.Tysowski(PDF),Post-QuantumCryptography,2016-presentZ.Liu(PDF),Post-QuantumCryptography,2016-presentJ.Doliskani(PDF),Post-QuantumCryptography,2016-presentG.Pereira(PDF),Post-QuantumCryptography,2016-presentJ-F.Biasse(PDF),QuantumCryptography,2014–2015K.Kalach(PDF),QuantumCryptography,2014–2015F.Song(PDF),QuantumCryptography,2013–2016V.Gheorghiu(PDF),QuantumAlgorithmsCircuits,2013–presentG.Gutoski(PDF),QuantumCryptography,2013–2016K.Lee(PDF),QuantumAlgorithms,2012-2014D.Gosset(PDF),QuantumInformation,2011–2014S.Garnerone(PDF),QuantumInformation,2011–2014LinChen(PDF),QuantumInformation,2011-2013ZhengfengJi(PDF),QuantumInformation,2011–2016M.Kieferova(Ph.D.),QuantumCircuits,2014–presentD.Hoving(Ph.D.),QuantumCryptography,2013–2016V.Russo(Ph.D.),QuantumComputationalComplexity,2012–presentS.Raeisi(Ph.D.),QuantumInformation,2011–2015V.Kliuchnikov(Ph.D.),QuantumCircuits,2011-2014S.Jeffery(Ph.D.),QuantumAlgorithmsandComplexity,2011-2014J.Smith(Ph.D.),QuantumAlgorithms,2007-2012I.Mashhad(Ph.D.),QuantumInformation,2008-2012M.McKague(Ph.D.),QuantumCryptography,2005-2010J.Fernick(M.Eng),Post-quantumCryptographyandSatelliteQKD,2014–2015A.Parent(M.Sc.),QuantumCircuits,2014–2016O.DiMatteo(M.Sc.),QuantumCircuits,2014–2015J.Schanck(M.Math),Post-QuantumCryptography,2013–2015S.Arunachalam(M.Math),QuantumAlgorithmsandQuantumCryptography,2012-2014M.Amy(M.Math),QuantumCircuits,2011-2012A.Parent(M.Sc.),QuantumCircuits,2011-2014S.Jeffery(M.Math),QuantumAlgorithmsandComplexity,2009-2011

Mosca,Michele January2017

108

g) GRADUATECOURSES:past7years,byyear

2016 TopicsinQuantumSafeCryptography

2015 TopicsinQuantumSafeCryptography

2014 AbstractAlgebra

IntroductiontoQuantumComputation

2013 LinearAlgebraI

IntroductiontoQuantumComputation

2012 AppliedMatrixAlgebra

2011 AppliedMatrixAlgebra

IntroductiontoQuantumComputation

h) 1.EXTERNALRESEARCHFUNDING:past7yearsonly,byyear,indicatingsource(grantingcouncils,industry,government,

foundations,other);amount;principalinvestigator;purpose(research,travel,publications,etc...)

Year Source Type* Amountper

Year$

Purpose**

2017 Governmentof

Canada

G 79,791.75 Research

2016-2017 Governmentof

Canada

G 210,000 Research

2016 Governmentof

Canada

G 180,000 Research

2014-2015 Governmentof

Canada

G 11,300 Research

2016-2017 Governmentof

Canada

G 218,469 Research

2016-2017 Governmentof

Canada

G 421,886 Research

2015-2016 Governmentof

Canada

G 313,583 Research

Mosca,Michele January2017

109

2015 Governmentof

Canada

G 241,126 Research

2014-2019 NSERC C 62,000 Research

2014-2017 Knowledge

Mobilization

C 400,000 Research

2013-2016 ONR C 250,000 Research

2013-2018 CFIleadingedge

fund

C 490,000 Research

2013-2018 Ontario

ResearchFund

C 490,000 Research

2012 ARO(USArmy

ResearchOffice)

C 187,500(US) Research

2013 ARO C 375,000(US) Research

2014 ARO C 375,000(US) Research

2012-2018 NSERC C 150,000

(Year1)

300,000

(Years2-6)

Research

2011-2012 RaytheonBBN

Technologies

andIARPA

C 709,750(US) Research

2012-2013 RaytheonBBN

Technologies

andIARPA

C 316,836(US) Research

2010-2012 Programme

Blanc

International

C 200,000 Research

2010-2015 Ontario

ResearchFund–

C 350,000 Research

Mosca,Michele January2017

110

Research

ExcellenceFund

2010-2012 NSERC,CRD C 250,000 Research

2010-2014 Canadian

Institutefor

Advanced

Research

C 25,000 Research

2009-2011 QuantumWorks

–NSERC

Innovation

Platform

C 45,000 Research

2009-2010 Communications

Security

Establishment

Canada

C 24,000 Research

2008-2012 Mathematicsof

Information

Technologyand

Complex

Systems

C 180,000 Research

2008-2014 NSERC–

Discovery

C 41,000 Research

2007-2011 Canada

ResearchChairs

Program

C 100,000 Research

*Type:C-Grantingcouncils;G-Government;F-Foundations;O-Other

**Purpose:research,travel,publication,etc.

Mosca,Michele January2017

111

2.INTERNALRESEARCHFUNDING:Thisincludesuniversityfunds,SSHRCminorgrants

awardedthroughtheUniversity,etc.]

Year Source Type* Amountper

Year

Purpose**

2014-

2015

VPAcademic&

Provost

Institutional

Support

O 120,000 CryptoWorks

21Matching

Contributions

2014-

2015

DeanofMath O 30,000 CryptoWorks

21Matching

Contributions

2014-

2015

DeanofScience O 30,000 CryptoWorks

21Matching

Contributions

2014-

2015

Deanof

Engineering

O 10,000 CryptoWorks

21Matching

Contributions

2014-

2015

IQC O 50,000 CryptoWorks

21Matching

Contributions

2013-

2014

VPAcademic&

Provost

Institutional

Support

O 120,000 CryptoWorks

21Matching

Contributions

2013-

2014

DeanofMath O 30,000 CryptoWorks

21Matching

Contributions

Mosca,Michele January2017

112

2013-

2014

DeanofScience O 30,000 CryptoWorks

21Matching

Contributions

2013-

2014

Deanof

Engineering

O 10,000 CryptoWorks

21Matching

Contributions

2013-

2014

IQC O 50,000 CryptoWorks

21Matching

Contributions

2012-

2013

VPAcademic&

Provost

Institutional

Support

O 60,000 CryptoWorks

21Matching

Contributions

2012-

2013

DeanofMath O 20,000 CryptoWorks

21Matching

Contributions

2012-

2013

DeanofScience O 20,000 CryptoWorks

21Matching

Contributions

2012-

2013

Deanof

Engineering

O 5,000 CryptoWorks

21Matching

Contributions

2012-

2013

IQC O 15,000 CryptoWorks

21Matching

Contributions

i) PUBLICATIONS:ThePublicationsshouldbelistedinthecategoriesshownbelowandincludethefollowing

information:booksauthored,booksedited(alistofthechapterscontributedbytheeditormustfolloweach

title),chaptersinbooks(otherthanthoselistedintheabovecategory),papersinrefereedjournals,papersin

Mosca,Michele January2017

113

refereedconferenceproceedings,technicalreports,abstractsand/orpapersread,andothers.Eachtitlemust

showthenamesoftheauthorsintheorderinwhichtheyappearintheoriginalpublicationandinclusivepage

numbers.Publicationssubmitted,butnotyetaccepted,mustbelistedseparatelywithinthevariouscategories.

1)Life-timesummary(count)accordingtothefollowingcategories:

-Booksauthored...........................................................................................................................1

-Booksedited................................................................................................................................0

-Chaptersinbooks........................................................................................................................6

-Papersinrefereedjournal.........................................................................................................55

-Papersinrefereedconferenceproceedings................................................................................0

-Technicalreports.........................................................................................................................0

-Abstractsand/orpapersread......................................................................................................0

-Others(workshopspresented)...............................................................................................123

2)Detailsforpastseven(7)yearssamecategoriesasabove:books,chaptersinbooks,papersinrefereed

journals.

BooksAuthored:

1. [KLM07]P.Kaye,R.Laflamme,M.Mosca,“AnIntroductiontoQuantumComputation”,OxfordUniversityPress,(ISBN:0198570007),2007.

PapersinRefereedJournals:

1. [DM16]O.DiMatteo,M.Mosca,“ParallelizingQuantumCircuitSynthesis”,QuantumScienceandTechnology,IOP,Vol.1,Number1(2016).[ARXIV:1606.07413]

2. [KMM16]V.Kliuchnikov,D.Maslov,andM.Mosca,“Practicalapproximationofsingle-qubitunitariesbysingle-qubitquantumCliffordandTcircuits”,IEEETransactionsonComputers,Vol.65,issue1,pp.161-172(2016).[arXiv:1212.6964]

3. [AGJMS15]S.Arunachalam,V.Gheorghiu,T.Jochym-O’Connor,M.MoscaandP.Srinivasan,“OntheRobustnessofbucketbrigadequantumRAM”,NewJournalofPhysics,Vol.17,123010(2015).

4. [RM15]S.Raeisi,M.Mosca,“AsymptoticBoundforHeat-BathAlgorithmicCooling”,PhysicalReviewLetter,Vol.114,issue10,100400(2015).

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5. [LMP15]T.Laarhoven,M.Mosca,andJ.vandePol,“Findingshortestlatticevectorsfasterusingquantumsearch”,(Springer)Designs,CodesandCryptography,Vol.7932,pp.83-101(2015).

6. [AGJMS15]S.Arunachalam,V.Gheorghiu,T.Jochym-O’Connor,M.Mosca,P.Srinivasan,“OntheRobustnessofBucketBrigadeQuantumRAM”,inproceedingsof10thConf.onTheoryofQuantumComputation,Communication&Cryptography(TQC2015),Vol.44,pp.226-244.

7. [IM14]L.IoannouandM.Mosca,”Unconditionally-secureandreusablepublic-keyauthentication”,TheoryofQuantumComputations,Communications,andCryptography,pp.121-142(2014).

8. [IM14]L.IoannouandM.Mosca,“Public-keycryptographybasedonboundedquantumreferenceframes”,toappearinTheoreticalComputerScience(specialissueonQKD).[arXiv:0903.5156]

9. [AMM14]*M.Amy,D.Maslov,M.Mosca,“Polynomial-timeT-depthOptimizationofClifford+TcircuitsviaMatroidPartitioning”,IEEETransactionsonComputer-AidedDesignofIntegratedCircuitsandSystems).Vol.33,issue10,pp.1486-1476(2014).[arxiv.org/abs/1303.2042]

10. [GKMR14]**D.Gosset,*V.Kliuchnikov,M.Mosca,*V.Russo,“AnalgorithmfortheT-count”,toappearinQuantumInformationComputation(QIC).[arXiv:1308.4134]

11. [AMMR13]*M.Amy,D.Maslov,M.Mosca,M.Roetteler,“Ameetinthemiddlealgorithmforfastsynthesisofdepth-optimalquantumcircuits”,IEEETransactionsonComputer-AidedDesignofIntegratedCircuitsandSystems,Vol.32,pp.818-830(2013).[arxiv.org/abs/1206.0758]

12. [KMM13b]*V.Kliuchnikov,D.Maslov,andM.Mosca,“AsymptoticallyoptimalapproximationofsinglequbitunitariesbyCliffordandTcircuitsusingaconstantnumberofancillaryqubits”,PhysicalReviewLetters,110,190502(2013).[arXiv:1212.0822]

13. [LMP13]T.Laarhoven,M.Mosca,J.vandePol,“Solvingtheshortestvectorprobleminlatticesfasterusingquantumsearch”,InProceedingsofthe5thinternationalConferencesonPost-QuantumCryptography(PQCrypto2013),LectureNotesinComputerScience,Vol.7932,pp.83-101,Springer(2013).[arXiv:1301.6176]

14. [MSU13]M.Mosca,D.Stebila,B.Ustaoglu,"QuantumKeyDistributionintheClassicalAuthenticatedKeyExchangeFramework",InProceedingsofthe5thInternationalConferenceonPost-QuantumCryptography(PQCrypto2013),LectureNotesinComputerScience,Vol.7932,pp.136-154,Springer(2013).[arXiv:1206.6150]

15. [KMM13a]*V.Kliuchnikov,D.Maslov,andM.Mosca,"FastandefficientexactsynthesisofsinglequbitunitariesgeneratedbyCliffordandTgates",Vol.13,No.7,pp.607-630,QuantumInformationandComputation(2013).[arXiv:1206.5236]

16. [IM12]**L.Ioannou,M.Mosca,“AnewspinonQuantumCryptography:Avoidingtrapdoorsandembracingpublickeys”,InProceedingsofthe4thInternationalConferenceonPost-QuantumCryptography(PQCrypto2011),LectureNotesinComputerScience,Vol.7071,pp.255-274,Springer(2011).[arXiv:1109.3235]

17. [IM12b]**L.IoannouandM.Mosca,“Unconditionally-secureandreusablepublic-keyauthentication”,Proceedingsof6thConf.onTheoryofQuantumComputation,Communication&Cryptography(TQC2011),LectureNotesinComputerScience,Vol.6745,Springer(2014).[arXiv:1108.2887v1]

18. [IM11a]**L.IoannouandM.Mosca,“Public-keycryptographybasedonboundedquantum

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referenceframes”,toappearinTheoreticalComputerScience(specialissueonQKD).[arXiv:0903.5156]

19. [MM11]*M.McKagueandM.Mosca,“Generalizedself-testingandthesecurityofthe6-stateprotocol”,InProceedingsof5thConf.onTheoryofQuantumComputation,Communication&Cryptography(TQC2010),LectureNotesinComputerScience,Vol.6519,pp.113-130,Springer(2011).[arXiv:1006.0150]

20. [IM10]**L.IoannouandM.Mosca,“Universalquantumcomputationinahiddenbasis”,QuantumInformationandComputation,Vol.10No.7&8July1,2010,pp.541-561(2010).[arXiv:0810.2780v3]

21. [MS10]MicheleMosca,*DouglasStebila,“QuantumCoins”,Error-CorrectingCodes,FiniteGeometriesandCryptography,ContemporaryMathematics,Vol.523,pp.35-47.AmericanMathematicalSociety(2010).

22. [WMN10]**Tzu-ChiehWei,MicheleMosca,AshwinNayak,“InteractingbosonproblemsareQMA-hard”,Phys.Rev.Lett.104,040501(2010).

23. [SML10]*DouglasStebila,MicheleMosca,NorbertLütkenhaus,“TheCaseforQuantumKeyDistribution”ProceedingsofQuantumComm2009WorkshoponQuantumandClassicalInformationSecurity,LectureNotesoftheInstituteforComputerSciences,SocialInformaticsandTelecommunicationsEngineering,vol.36,pp.283-296.Springer(2010).

24. [SMM09]*L.Sheridan,**D.Maslov,M.Mosca,“ApproximatingFractionalTimeQuantumEvolution”,JournalofPhysicsA:Math.Theor.42(2009)185302.

25. [CGMSY09]R.Cleve,D.Gottesman,M.Mosca,R.Somma,andD.Yonge-Mallo,“EfficientDiscrete-TimeSimulationsofContinuous-TimeQuantumQueryAlgorithms”,Proceedingsof41stAnnualACMSymposiumonTheoryofComputing(STOC’09),Bethesda,USA(2009).

26. [MMG09],*M.McKague,M.MoscaandN.Gisin,“SimulatingQuantumSystemsUsingRealHilbertSpaces”,PhysicalReviewLetters,102(2),020505(2009).

27. [IM08]L.IoannouandM.Mosca,“Limitationsofsomesimpleadiabaticquantumalgorithms”,InternationalJournalofQuantumInformation,Vol.6,Issue3,pp.419-426(2008).

28. [MFM08]**D.Maslov,S.M.Falconer,andM.Mosca.QuantumCircuitPlacement.IEEETransactionsonCAD,Vol.27(4),pp.752-763(2008).

29. [MFM07]**D.Maslov,S.M.Falconer,andM.Mosca,“QuantumCircuitPlacement:OptimizingQubit-to-qubitInteractionsthroughMappingQuantumCircuitsintoaPhysicalExperiment”.ProceedingsofACM/IEEEDesignAutomationConference(DAC),SanDiego,CA(2007).

30. [DMMS07]W.vanDam,F.Magniez,M.MoscaandM.Santha,“Self-testingofuniversalandfault-tolerantsetsofquantumgates”,SIAMJournalonComputing,Vol.37,No.2,pp.611-629(2007).

Mosca,Michele January2017

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31. [DDEMM07]G.M.D’Ariano,W.vanDam,E.Ekert,C.Macchiavello,andM.Mosca,“Optimalphaseestimationinquantumnetworks”,JournalofPhysicsA:Math.Theor.40(2007)pp,7971-7984.

32. [DDEMM07]G.M.D’Ariano,W.vanDam,E.Ekert,C.Macchiavello,andM.Mosca,“Generaloptimizedschemesforphaseestimation”.PhysicalReviewLetters,Vol.98,Number9,Article090501(2007).

ChaptersinBooks:1. [SM12]*J.Smith,M.Mosca,“AlgorithmsforQuantumComputers”,HandbookofNatural

Computing,Springer,(ed.:G.Rozenberg,T.BäckandJ.N.Kok),pp.1451-1492,(2012).2. [Mos09]M.Mosca,“QuantumAlgorithms”,EncyclopediaofComplexityandSystems

Science(ed.:RobertMeyers),pp.7118-7135,(2009).3. [Mos08]M.Mosca,“AbelianHiddenSubgroupProblem”,EncyclopediaofAlgorithms,(ed.:

Ming-YangKao),Springer,pp.1-4,(2008).

Other:

PublishedMonographs

1. [Mos14]M.Mosca(editor),“Post-QuantumCryptography-6thInternationalWorkshop,PQCrypto2014”,LectureNotesinComputerScience,Springer,Vol.8772(2014).

2. [CM09]A.Childs,M.Mosca(editors),Revisedselectedpapersof“4thworkshoponTheoryofQuantumComputation,Communication,andCryptography(TQC2009)”,LectureNotesinComputerScience,Springer,Vol.5906(2009).

3. [KM08]Y.Kawano,M.Mosca(editors),“Revisedselectedpapersof“3rdWorkshoponTheoryofQuantumComputation,Communication,andCryptography(TQC2008)”,LectureNotesinComputerScience,Springer,Vol.5106(2008).

OtherRefereedConferenceContributions(WithoutProceedings)

4. [MSU12]M.Mosca,D.Stebila,B.Ustaoglu,“QuantumKeyDistributionintheClassicalAuthenticatedKeyExchangeFramework”,2ndAnnualConferenceonQuantumCryptography(QCRYPT'12),Singapore(2012).

5. [CGMSY09]R.Cleve,D.Gottesman,M.Mosca,R.Somma,andD.Yonge-Mallo,“EfficientDiscrete-TimeSimulationsofContinuous-TimeQuantumQueryAlgorithms”,2009QuantumInformationProcessingworkshop(QIP’09),SantaFe,USA(2009).

6. [IM08b]L.IoannouandM.Mosca,“Superposingtheknownandunknown”,2008AsianConferenceonQuantumInformationScience(AQIS’08),Seoul,Korea(2008).

7. [MM07]*M.McKagueandM.Mosca,“SimulatingQuantumCircuitsusingRealValuedUnitaries”,2007AsianConferenceonQuantumInformationScience(AQIS’07),Kyoto,Japan

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(2007).8. [MFM07b]*D.Maslov,S.M.Falconer,andM.Mosca.QuantumCircuitPlacement.Asian

ConferenceonQuantumInformationScience(AQIS’07),Kyoto,Japan(2007).ReprintsandSubmittedPapers

9. [LMP14]T.Laarhoven,M.Mosca,andJ.vandePol,“Findingshortestlatticevectorsfasterusingquantumsearch”,(2014).http://eprint.iacr.org/2014/907

10. [KMM12]*V.Kliuchnikov,D.Maslov,andM.Mosca,“Practicalapproximationofsingle-qubitunitariesbysingle-qubitquantumCliffordandTcircuits”,(2012).ArXiv:1212.6964

OtherReports

11. [SM16]D.STEBILA,M.MOSCA,“POST-QUANTUMKEY-EXCHANGEFORTHEINTERNETANDTHEOPEN

QUANTUMSAFEPROJECT”,TOAPPEARINSELECTEDAREASINCRYPTOGRAPHY-SAC2016,23RD

INTERNATIONALCONFERENCE,ST.JOHNS,NFLD,CANADA,2016,REVISEDSELECTEDPAPERS.12. [Mos16]M.Mosca,“Aquantumofpreventionforourcyber-security”GlobalRiskInstitute,

September5,2016.http://globalriskinstitute.org/publications/quantum-computing-cybersecurity/

13. [MRSS16]M.Mosca,M.Roetteler,N.SendrierandR.Steinwandt(editors),“QuantumCryptanalysis”,DagstuhlReports,Vol.5,Issue9(2016).

14. [Mos15]M.Mosca,“Cybersecurityinanerawithquantumcomputers:willwebeready?”,abstractforInvitedTalkatthe5thInternationalConferenceonQuantumCryptography,QCRYPT2015,Tokyo,Japan(2015).

15. [MLP15]M.Mosca,G.Lenhart,M.Pecen(editors),e-proceedingsof“2ndQuantum-Safe-CryptoWorkshop”,Ottawa,Oct.6-7,2014.

16. [FMRS14]S.Fehr,M.Mosca,M.RöttelerandR.Steinwandt,“QuantumCryptanalysis”,DagstuhlReports,Vol.3,Issue9(2014).

17. [MLP13]M.Mosca,G.Lenhart,M.Pecen(editors),e-proceedingsof“1stQuantum-Safe-CryptoWorkshop”,SophiaAntipolis,Sep26-27,2013.

18. [FMRS11]S.Fehr,M.Mosca,M.RöttelerandR.Steinwandt,“QuantumCryptanalysis”,DagstuhlReports,Vol.1,Issue9(2011).

InvitedResearchTalks,OutreachTalksandWorkshops/Conferences,andDistinguishedLectures

19. “QuantumInformation”,Teachers’Workshop,Waterloo,ON,Nov25,2016.20. “QuantumComputing”,Keynotespeaker,BSA|TheSoftwareAlliance,StHelena,CA,Nov

17,2016.21. “CompilingQuantumAlgorithms”,TutteColloquium,Waterloo,ON,Nov11,2016.22. InvitedPanelist,“Quantum-SafeStrategyforCanada”,GTEC,Ottawa,ON,Nov2,2016.23. InvitedPanelist,“DisruptiveTechnologies,People,PolicyandProgram”,CanadianScience

policyConference2016,Ottawa,ON,Nov2,2016.

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24. “IsQuantumComputingActuallyTheBiggestThreattoPaymentandBanking?”,Cardware2016,NiagaraFalls,ON,June16,2016.

25. "ThecurrentstateofcryptographyandhowQuantumComputingwillchangeeverything…again!”,OntarioConnections2016,Toronto,ON,June6,2016.

26. “UpdateontheQuantumThreat,Mitigation,andRelevantTimelines”,ICMC2016InternationalCryptographicModuleConference,Ottawa,ON,May20,2016.

27. “TheQuantumThreattoCryptography”,AWACS2016,Vienna,Austria,May8,2016.28. InvitedPanelist,“Communityinvolvement,rigidity,trustingthestandards,biodiversity,

quantum-safestandards”,AWACS2016,Vienna,Austria,May8,2016.29. “QuantumSecurity”,GlobalRiskinFinancialInstitute-LunchSeminar,Toronto,ON,May8,

201630. InvitedPanelist,“TheQuantumComputingThreattoEncryption”,2016InternationalCyber

RiskManagementConference,Toronto,ON,March31,2016.31. “QuantumAlgorithms”,2016Post-QuantumCryptographyWinterSchool,2016,Fukuoka,

Japan,February23,2016.32. “Quantum-safecryptographyinCanada”,3rdETSIQuantum-safeCryptoWorkshopin

PartnershipwiththeIQChostedbySKTelecom,Seoul,Korea,Oct5,2015.33. “Cybersecurityinaquantumworld,willwebeready?”Keynotespeaker,Quantum

CryptographySummerSchoolforYoungScientists(QCSYS),Waterloo,ON,August10,201534. “Cybersecurityinaquantumworld:willwebeready?”MaxPlanckSymposiumon

FoundationofCyberSecurityandPrivacy,Munich,Germany,July7,2015.35. “IfXandYarebiggerthanZ,you’reintrouble”,ExecutiveSummit,Toronto,ON,Dec5,

2016.36. “TheQuantumThreattoCybersecurity”,Lunchroundtablehost,WSJDLive,LagunaBeach,

CA,USA,Oct24,2016.37. “Cybersecurityinanerawithquantumcomputers:willwebeready?”SecurityEducation

Conference,Toronto,ON,Oct19,2016.38. “Asweenteranewquantumera”,PublicLectureSeries,PerimeterInstitute,Waterloo,ON,

Oct5,2016.39. “CryptographyandCybersecurityintheQuantumEra”Qcrypt2016,6thinternational

conferenceonQuantumcryptography,Washington,DC,Sep12,2016.40. “IsQuantumComputingActuallyTheBiggestThreattoPaymentandBanking?”,Cardware

2016,NiagaraFalls,ON,June16,2016.41. "ThecurrentstateofcryptographyandhowQuantumComputingwillchange

everything…again!”,OntarioConnections2016,Toronto,ON,June6,2016.42. “UpdateontheQuantumThreat,Mitigation,andRelevantTimelines”,ICMC2016

InternationalCryptographicModuleConference,Ottawa,ON,May20,2016.

Mosca,Michele January2017

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43. “QuantumandSecurity”TheConferenceBoardofCanada-CouncilofChiefInformationOfficers,Toronto,ON,Sep30,2015.http://www.conferenceboard.ca/Libraries/NETWORK_PUBLIC/CCIO_Agenda_Sept2015.sflb

44. “QuantumandSecurity”TheConferenceBoardofCanada-CouncilforInformationTechnologyExecutives,Toronto,ON,Sep30,2015.http://www.conferenceboard.ca/Libraries/NETWORK_PUBLIC/cite_agenda_sept2015.sflb

45. “Cybersecurityinaquantumworld:willCanadabeready?”PublicSafetyCanada,Ottawa,ON,July16,2015.

46. “Cybersecurityinaquantumworld:willwebeready?”Google,Kitchener,ON,June16,2015.

47. “Cybersecurityinaquantumworld:willCanadabeready?”PublicSafetyCanada-EmployeeSession,Ottawa,ON,May19,2015.

48. “Cybersecurityinaquantumworld:willCanadabeready?”CommunicationsSecurityEstablishment,Ottawa,ON,April23,2015.

49. “Cybersecurityinaquantumworld:willwebeready?”SERENERISCworkshop,Ottawa,ON,April23,2015.

50. “Cybersecurityinaquantumworld:willCanadabeready?”IQCPubliclectureseries,Waterloo,ON,March10,2015.

51. “TowardsQuantum-SafeCryptography”,presentationtotheCanadianBankersAssociation,Toronto,February2015.

52. UndergraduateSchoolonExperimentalQuantumInformationProcessing(USEQIP2014)May2014.

53. “Towardsquantum-safecryptography”,InternetResearchTaskForce(IRTF)openmeeting,(invitedtalk)Toronto,Canada,July2014.

54. “Quantumsoftwareandquantumsafecryptography”MicrosoftResearch,QuantumArchitecturesandComputationGroup(QUArC)Workshop2014,Washington,UnitedStates,July2014.

55. “Cybersecurity-IssuesandOpportunities”,panelist,OntarioCentreofExcellence(OCE)DiscoveryConference,Toronto,Canada,May2014.

56. “Quantumsoftwareandquantum-safecryptography”,InstitutTransdisciplinaired'InformationQuantique(INTRIQ)meeting,Bromont,Canada,May2014.

57. “PreparingfortheFutureWorldofQuantumComputing”,Taftlectures,TaftResearchCenter,Cincinnati,UnitedStates,December2,2013.

58. “QuantumComputingandtheSynthesisandOptimizationofQuantumCircuits”,5thconferenceonReversibleComputation(RC2013),Victoria,Canada,July2013

59. “ComputerandInternetSecurity”,NSERCISSNetSummerSecurityWeek,Calgary,Canada,July2013.

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60. "QuantumKeyDistributionintheClassicalAuthenticatedKeyExchangeFramework",ICQIT2013,Tokyo,Japan,January2013.

61. “BridgingQuantumAlgorithmswithQuantumArchitectures”,QuantumAfrica2,NorthernDrakensberg,SouthAfrica,September2012.

62. “QuantumComputing,CryptographyandCompilers”,PlenaryLectureatIEEE42ndInternationalSymposiumonMultiple-ValuedLogic(ISMVL-2012),Victoria,May2012.

63. “Unconditionally-secureandreusablepublic-keyauthentication”,WorkshoponQuantumComputerScience,Montreal,October2011.

64. “CryptographyinaQuantumWorld”,TheInternetEngineeringTaskForceMeeting(IETF81),QuebecCity,August2011.

65. “IntroductiontoQuantumInformationProcessing”,WomeninPhysicsConference,Waterloo,July2011.

66. “HotTopicsinCrypto”,TheCerticomResearchEllipticCurveCryptography(ECC)Conference,June2011.

67. “TrendsinQuantumInformationProcessing”,CentreforQuantumTechnologies,NationalUniversityofSingapore,August2010.

68. “QuantumComputing”,TheCanadianUndergraduateMathConference,Waterloo,August2010.

69. ErrorControlCodes,InformationTheoryandAppliedCryptographyWorkshop,SummerMeetingoftheCanadianMathematicsSociety,Fredericton,Canada,June2010.

70. “TowardsQuantum-SafeCryptography”,PhysicsandAppliedPhysicsSeminar,NTU,Singapore,August2014.

71. “QuantumCryptography”,ComputationalScienceandApplied&StatisticalModeling(CSASM),WilfredLaurierUniversity,Waterloo,ON,Jan2011.

72. “AnewspinonQuantumCryptography:Avoidtrapdoorsandembracingpublickeys”,UniversityofKyoto,Kyoto,Japan,Dec2011.

73. “AnewspinonQuantumCryptography:Avoidtrapdoorsandembracingpublickeys”,ContributedtalkatFourthInternationalConferenceonPost-QuantumCryptography(PQCrypto2011),Taipei,Taiwan,Nov2011.

74. “QuantumComputingandCryptography”,CIFARLunchandLearnworkshop,Toronto,ON,April2014.

75. “QuantumComputingandCryptography”,InvitedonlinetalkforstudentsatBITSPilani,India,March2014.

76. “TowardsQuantum-SafeCryptography”,CIBCTownHallpresentation,Toronto,Canada,March2014.

77. “TowardsQuantum-SafeCryptography”,Manulife,Waterloo,Canada,Jan2014.78. “Quantum-safeCryptographyandInformationSecurity”,CIBC,Toronto,Canada,June2013.

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79. “QuantumComputationandPhenomenologicalHermeneutics”St.Jerome’sUniversity,Waterloo,Canada,2012.

SchoolsandIntroductoryWorkshopPresentations

80. UndergraduateSchoolonExperimentalQuantumInformationProcessing(USEQIP2014)May2014.

81. UndergraduateSchoolonExperimentalQuantumInformationProcessing(USEQIP2013)May2013.

82. UndergraduateSchoolonExperimentalQuantumInformationProcessing(USEQIP2012)May2012.

83. OntarioAssociationofPhysicsTeachers(OAPT)34thAnnualConference,“OpeningDoors-OpeningMinds”,27May2012.

84. 11thCanadianSummerSchoolonQuantumInformation,Jouvence,Quebec,June6-11,2011.

85. UndergraduateSchoolonExperimentalQuantumInformationProcessing(USEQIP 2011)May30,2011.

86. UndergraduateSchoolonExperimentalQuantumInformationProcessing(USEQIP 2010)May24,2010.

87. 9thAnnualCanadianSummerSchoolonQuantumInformation,Toronto,Canada, August2009

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CurriculumVitae

a)NAME:(rank,status(tenured,contract,MemberofGraduateFaculty/Corememberof

programetc.)

Weber,J.Mark

AssociateProfessor,tenured

MemberoftheGraduateFaculty:yes

b)DEGREES:designation,institution,department,year

Ph.D.ManagementandOrganizations,KelloggSchoolofManagement,Northwestern

University,2004.

MBA,WilfridLaurierUniversity,1999.

MA,SocialPsychology,McGillUniversity,1997.

BA,HonoursPsychology,UniversityofWaterloo,1994.

c)EMPLOYMENTHISTORY:dates,rank/position,department,institution/firm

Jan.2014-present EytonDirector,ConradBusiness,Entrepreneurship&TechnologyCentre,

UniversityofWaterloo.

July2012-present AssociateProfessor,ConradBusiness,Entrepreneurship&Technology

Centre,UniversityofWaterloo.

May2005-present President,WeberConsultingInc.

Sept.2010-July2012 AssociateProfessor,SchoolofEnvironment,EnterpriseandDevelopment

(SEED)&SchoolofAccountingandFinance(SAF),UniversityofWaterloo.

AlsoDirectoroftheGraduateDiplomainSocialInnovation.

Sept.2010-July2012 AssociateProfessor,ManagementDepartment,UniversityofToronto.

July2003-August2010AssistantProfessor,OrganizationalBehavior&Management

Departments,RotmanSchoolofManagementandUniversityofToronto.

2005 VisitingProfessor,OrganizationalBehaviorDepartment,INSEAD.

2003 VisitingLecturer,RossSchoolofBusiness,UniversityofMichigan.

2002 Instructor,KelloggSchoolofManagement,NorthwesternUniversity.

May1995-Aug.1999 SeniorManager,MennoniteSavingsandCreditUnion

Weber,J.Mark January2017

123

May1989-Aug.1994 Director&AssistantDirector,SilverLakeMennoniteCamp

Dec.1988-Dec.1991 Trustee,WaterlooCountyBoardofEducation

d)HONOURS:(F.R.S.,F.R.S.C.,GovernorGeneralsAward,honorarydegree,etc...)

UniversityofWaterlooOutstandingPerformanceAward,2016

Finalist,SocietyforExperimentalSocialPsychologyDissertationAward,2014

Finalist,SeventhMartinE.P.SeligmanAwardforOutstandingDissertationResearchinPositive

Psychology,2005

FinalistAwardforExemplaryDissertationResearchinPositivePsychology,2005

RotmanExcellenceinMBATeachingAwards,2004-2009

FinalistSocietyforExperimentalSocialPsychologyDissertationAward,2004

SocialSciencesandHumanitiesResearchCouncilofCanadaDoctoralFellowship,2004

BestPaper,OBDivision,AdministrativeSciencesAssociationofCanada,2004

OntarioGraduateScholarship(declinedtostudypart-time),1999

McGillMajorGraduateFellowship(declined),1997

ArnoldEdinboroughPost-GraduateAward,1997

OntarioGraduateScholarship(declinedtostudyinQuebec),1997

Valedictorian,FacultyofArts,UniversityofWaterloo,1994

Dean'sHonorList,UniversityofWaterloo,1989-1994

Top4thYearStudentandTopGraduatePsychologyStudent,SJU,1994

1stPlaceCanadianNationalPublicSpeakingChampionship,1992-1993

9thPlace&10thPlaceWorldPublicSpeakingChampionship,1993,1991

5thPlaceNorthAmericanDebatingChampionship,1992

7thPlaceWorldUniversitiesDebatingChampionship,1991

e)SCHOLARLYANDPROFESSIONALACTIVITIES:past7yearsonly(eg.executiveandeditorial

positionsbutnotmembershipsinsocieties)

Ad-hocReviewer

AcademyofManagementReview

JournalofPersonalityandSocialPsychology

Weber,J.Mark January2017

124

PersonalityandSocialPsychologyReview

OrganizationalStudies

OrganizationalScience

JournalofExperimentalSocialPsychology

GroupProcessesandIntergroupRelations

OrganizationalBehaviorandHumanDecisionProcesses

JournalofEconomicPsychology

JournalofBehavioralDecisionMaking

f)GRADUATESUPERVISIONS:masters,doctoral,postdoctoral-completed/inprogress

g)GRADUATECOURSES:past7years,byyear

2012 AppliedBusinessLeadershipSkillsforEntrepreneurs(MBET),Universityof

Waterloo

2011 TeachingonModule1andModule2oftheGraduateDiplomainSocialInnovation

(GDSI),UniversityofWaterloo.

h)1.EXTERNALRESEARCHFUNDING:past7yearsonly,byyear,indicatingsource(granting

councils,industry,government,foundations,other);amount;principalinvestigator;purpose

(research,travel,publications,etc...)

Year Source Type* Amountperyear Purpose**

2005-2011 SocialSciencesResearch G $83,642 Research

CouncilofCanada,

*Type:C-Grantingcouncils;G-Government;F-Foundations;O-Other

**Purpose:research,travel,publication,etc.

2.INTERNALRESEARCHFUNDING:Thisincludesuniversityfunds,SSHRCminorgrantsawarded

throughtheUniversity,etc.]

Weber,J.Mark January2017

125

i)PUBLICATIONS:ThePublicationsshouldbelistedinthecategoriesshownbelowandinclude

thefollowinginformation:booksauthored,booksedited(alistofthechapterscontributedby

theeditormustfolloweachtitle),chaptersinbooks(otherthanthoselistedintheabove

category),papersinrefereedjournals,papersinrefereedconferenceproceedings,technical

reports,abstractsand/orpapersread,andothers.Eachtitlemustshowthenamesofthe

authorsintheorderinwhichtheyappearintheoriginalpublicationandinclusivepage

numbers.Publicationssubmitted,butnotyetaccepted,mustbelistedseparatelywithinthe

variouscategories.

1)Life-timesummary(count)accordingtothefollowingcategories:

-Booksauthored................................................................................................................

-Booksedited....................................................................................................................

-Chaptersinbooks.............................................................................................................

-Papersinrefereedjournal..............................................................12(1underreview)

-Papersinrefereedconferenceproceedings....................................................................

-Technicalreports.............................................................................................................

-Abstractsand/orpapersread..........................................................................................

-Others(workshopspresented)....................................................................................22

�2)Detailsforpastseven(7)yearssamecategoriesasabove:books,chaptersinbooks,

papersinrefereedjournals.

PapersinrefereedJournals:��

Weber,J.M.Individualsmatter,butthesituation’sthething:Improveorganizationaloutcomes

throughsituationdesign.OrganizationalDynamics.

Weber,J.M.&Moore,C.(2014)Squires:Keyfollowersandthesocialfacilitationof

charismaticleadership.OrganizationalPsychologyReview,4,(3),199-227.

Kramer,L.&Weber,J.M.(2012).Thisisyourportfolioonwinter:Seasonalaffectivedisorder

andriskaversioninfinancialdecision-making.SocialPsychologicalandPersonalityScience,3(2),

193-199.1

Weber,J.Mark January2017

126

Weber,J.M.(2012).Socialinnovationandsocialenterpriseintheclassroom:FrancesWestley

onbringingclarityandrigortoprogramdesign.AcademyofManagementLearningand

Education,11(3),409-418.