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ENERGY AND SUSTAINABILITY

Energy Storage

ES01 Organic Materials in Electrochemical Energy Storage

ES02 Next-Generation Intercalation Batteries

ES03 Electrochemical Energy Materials Under Extreme Conditions

ES04 Solid-State Electrochemical Energy Storage

Catalysis, Alternative Energy and Fuels

ES05 Cooperative Catalysis for Energy and Environmental Applications

ES06 Atomic-Level Understanding of Materials in Fuel Cells and Electrolyzers

ES07 New Carbon for Energy—Materials, Chemistry and Applications

ES08 Materials Challenges in Surfaces and Coatings for Solar Thermal Technologies

ES10 Rational Designed Hierarchical Nanostructures for Photocatalytic System

ES11 Advanced Low Temperature Water-Splitting for Renewable Hydrogen Production

via Electrochemical and Photoelectrochemical Processes

ES12 Redox-Active Oxides for Creating Renewable and Sustainable Energy Carriers

Water-Energy Materials and Sustainability

ES09 Advanced Materials for the Water-Energy Nexus

ES13 Materials Selection and Design—A Tool to Enable Sustainable Materials

Development and a Reduced Materials Footprint

ES14 Materials Circular Economy for Urban Sustainability

Photovoltaics and Energy Harvesting

ES15 Fundamental Understanding of the Multifaceted Optoelectronic Properties

of Halide Perovskites

ES16 Perovskite Photovoltaics and Optoelectronics

ES17 Perovskite-Based Light-Emission and Frontier Phenomena—

Single Crystals, Thin Films and Nanocrystals

ES18 Frontiers in Organic Photovoltaics

ES19 Excitonic Materials and Quantum Dots for Energy Conversion

ES20 Thin-Film Chalcogenide Semiconductor Photovoltaics

ES21 Nanogenerators and Piezotronics

QUANTUM AND NANOMATERIALS

QN01 2D Layered Materials Beyond Graphene—Theory, Discovery and Design

QN02 Defects, Electronic and Magnetic Properties in Advanced 2D Materials

Beyond Graphene

QN03 2D Materials—Tunable Physical Properties, Heterostructures and Device Applications

QN04 Nanoscale Heat Transport—Fundamentals

QN05 Emerging Thermal Materials—From Nanoscale to Multiscale Thermal Transport,

Energy Conversion, Storage and Thermal Management

QN06 Emerging Materials for Quantum Information

QN07 Emergent Phenomena in Oxide Quantum Materials

QN08 Colloidal Nanoparticles—From Synthesis to Applications

SOFT MATERIALS AND BIOMATERIALS

SM01 Materials for Biological and Medical Applications

SM02 Progress in Supramolecular Nanotheranostics

SM03 Growing Next-Generation Materials with Synthetic Biology

SM04 Translational Materials in Medicine—Prosthetics, Sensors and Smart Scaffolds

SM05 Supramolecular Biomaterials for Regenerative Medicine and Drug Delivery

SM06 Nano- and Microgels

SM07 Bioinspired Materials—From Basic Discovery to Biomimicry

BROADER IMPACT

BI01 High Impact Practice—Increasing Ethnic and Gender Diversification

in Engineering Education

CHARACTERIZATION, PROCESSING AND THEORYCP01 Advances in In Situ Experimentation Techniques Enabling Novel and Extreme

Materials/Nanocomposite Design

CP02 Design and In Situ TEM Characterization of Self-Assembling Colloidal Nanosystems

CP03 Advances in In Situ Techniques for Diagnostics and Synthetic Design

of Energy Materials

CP04 Interfacial Science and Engineering—Mechanics, Thermodynamics,

Kinetics and Chemistry

CP05 Materials Evolution in Dry Friction—Microstructural, Chemical

and Environmental Effects

CP06 Smart Materials for Multifunctional Devices and Interfaces

CP07 From Mechanical Metamaterials to Programmable Materials

CP08 Additive Manufacturing of Metals

CP09 Mathematical Aspects of Materials Science—Modeling, Analysis and Computations

ELECTRONICS AND PHOTONICS

Soft Organic and Bimolecular Electronics

EP01 Liquid Crystalline Properties, Self-Assembly and Molecular Order

in Organic Semiconductors

EP02 Photonic Materials and Devices for Biointerfaces

EP03 Materials Strategies and Device Fabrication for Biofriendly Electronics

EP04 Soft and Stretchable Electronics—From Fundamentals to Applications

EP05 Engineered Functional Multicellular Circuits, Devices and Systems

EP06 Organic Electronics—Materials and Devices

Semiconductor Devices, Interconnects, Plasmonic

and Thermoelectric Materials

EP07 Next-Generation Interconnects—Materials, Processes and Integration

EP08 Phase-Change Materials for Memories, Photonics, Neuromorphic

and Emerging Application

EP09 Devices and Materials to Extend the CMOS Roadmap for Logic

and Memory Applications

EP10 Heterovalent Integration of Semiconductors and Applications to Optical Devices

EP11 Hybrid Materials and Devices for Enhanced Light-Matter Interactions

EP12 Emerging Materials for Plasmonics, Metamaterials and Metasurfaces

EP13 Thermoelectrics—Materials, Methods and Devices

Phoenix, ArizonaApril 22–26, 2019 |

2019 SPRING MEETING & EXHIBIT

CALL FOR PAPERSAbstract Submission Opens

September 28, 2018

Abstract Submission Closes

October 31, 2018

Spring Meeting registrations include MRS Membership July 1, 2019 – June 30, 2020

506 Keystone Drive • Warrendale, PA 15086-7573

Tel 724.779.3003 • Fax 724.779.8313 • info@mrs.org • www.mrs.org

Meeting Chairs

Yuping Bao The University of Alabama

Bruce Dunn University of California, Los Angeles

Subodh Mhaisalkar Nanyang Technological University

Ruth Schwaiger Karlsruhe Institute of Technology—

Institute for Applied Materials

Subhash L. Shinde University of Notre Dame

Don’t Miss These Future MRS Meetings!

2019 MRS Fall Meeting & Exhibit

December 1–6, 2019, Boston, Massachusetts

2020 MRS Spring Meeting & Exhibit

April 13–17, 2020, Phoenix, Arizona

www.mrs.org/spring2019

The School of Systems ScienceThe School of Systems Science (SSS) was established in 2013,

with the aim of creating a globally recognized institution for sci-enti�c research and training. The school strives to be a pioneer inbuilding a solid base for systems sciencein China, while also offering a platformfor interdisciplinary research and scien-ti�c innovation at BNU.

SSS is committed to discovering theìsimple rulesî that guide our explora-tion of this complex world, to expandingthe frontiers of systems science research,to cultivating exceptional students andresearchers, and to transforming aca-demic progress in systems science intoforces for social and economic change,all with the goal of deepening our un-derstanding of nature and society.

A broad research baseAs a discipline, systems science focuses on tackling the basic sci-

enti�c problems underlying the nature and evolution of complexsystems. As the discipline has developed andmatured over the past30 years, researchers at BNU have attempted to reveal the generalrules of complex systems through the study of their evolution. Areasof study include the emergent behavior of complex systems and theintelligent control of the nature and function of these systems. Thedirection and level of scienti�c research at SSS is on par with interna-tional systems science research and follows similar trends.

The work done at SSS spans an impressively broad range of top-ics, comprising six primary sub�elds: 1) fundamental theories ofcomplex systems, 2) social and economic systems, 3) biological eco-systems and the self-organizing behavior of the brain and cognition,4) multiagent systems and evolutionary algorithms, 5) informationtechnology for arti�cial intelligence systems, and 6) the science ofscience. Research coming out of SSS has gained worldwide atten-tion. Its groundbreaking work has aroused widespread interest bothin the scienti�c community and in the public sphere in areas such asnetwork reconstruction and control, the network structure of Chi-nese characters and related learning systems, the spiking neural

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network model for understanding working memory, and a param-eter-free model for human mobility. It should be noted that SSS isopen to the pursuit of other �elds of interdisciplinary research in thenatural and social sciences beyond the six listed above.

With its drive to enhance our understanding of the richness andcomplexity of the world around us, SSS aims to train exceptionalscientists with a solid academic foundation and strong interdisci-plinary skills in systems science. These graduates will become pro-active leaders with a strong sense of social responsibility and a com-prehensive global vision. The school warmly welcomes applicationsand cooperation from top researchers from around the world.

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Clockwise, from left: BNU's Jingshi Academic Hall, gate of the Zhuhai campus, and SSS logo and motto.

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ìSystems science focuses on tackling thebasic scientifc problems underlying thenature and evolution of complex systems.î

Founded in 1902, Beijing Normal University (BNU) is one of the top 10 universities in China, offering a strong emphasison the humanities and sciences. The history of systems science studies at BNU began in 1979 with the establishment ofthe Institute of Nonequilibrium Systems. In 1985, the feld of systems theory was founded, sparking a concerted effortby BNU to develop and grow systems science at the university. In the intervening three decades, BNUís systems sci-ence program has garnered support from many famous scholarsóincluding world-renowned engineer Hsue-Shen Tsienand Nobel Prize-winning physical chemist Ilya Prigogineóand has grown into an internationally competitive program,providing students with a strong foundation in a broad range of systems-related disciplines.

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