2021 MRS Fall Meeting

Join us for the 2021 MRS Fall Meeting & Exhibit—
A Hybrid Event

The MRS Fall Meeting & Exhibit has long been considered the key forum to present research to an interdisciplinary and international audience. It provides a window on the future of materials science, and offers an opportunity for researchers—from students and postdoctoral fellows, to Nobel and Kavli Prize Laureates—to exchange technical information and network with colleagues.  And this year, MRS will be taking the 2021 MRS Fall Meeting & Exhibit to an exciting new level, offering a Hybrid Event where presenters and attendees can choose to join us in person in Boston, Massachusetts, attend virtually from the comfort of their home or office, or both!

No matter how you attend, the 2021 MRS Fall Meeting & Exhibit will continue to showcase leading-edge materials research in both fundamental and applied areas, presented by scientists from around the world. Add poster sessions, networking events, professional development opportunities, award talks, and an exhibit of international manufacturers, suppliers and developers, and this will be an event you just cannot afford to miss.

Save the Date!

Call for Papers: Posted in early March
Abstract Submission Dates: May 14 – June 22, 2021
Meeting Dates:
November 28-December 3, 2021

Symposium Sessions

Broader Impact

  • BI01—Developing an Open Source Introductory Textbook for the Materials Community
  • BI02—Women in Materials Science—Pioneers and a Vision for a More Inclusive Future

Characterization

  • CH01—In Situ and Operando Techniques Applied to Electrochemical Systems—A Key Toolkit for Deep Understanding
  • CH02—Solid-State Chemistry of New Materials
  • CH03—Frontiers in Scanning Probe Microscopy—Beyond Imaging of Soft Materials
  • CH04—Accelerating Materials Characterization, Modeling and Discovery by Physics-Informed Machine Learning

Materials Computing and Data Science

  • DS01—Accelerating Experimental Materials Research with Machine Learning
  • DS02—Advanced Atomistic Algorithms in Materials Science
  • DS03—Combining Machine Learning with Simulations for Materials Modeling

Electronics, Optics and Quantum

  • EQ01—Quantum Optical Materials and Devices Based on Impurity Systems
  • EQ02—Heterostructures of Various Dimensional Materials
  • EQ03—Spin-Based Sensing at the Nanoscale and Hyperpolarization with NV-Diamond and Beyond
  • EQ04—Machine Learning on Experimental Data for Emergent Quantum Materials
  • EQ05—Plasmonics, Nanophotonics and Metaphotonics—Design, Materials and Applications
  • EQ06—Innovative Fabrication and Processing Methods for Organic and Hybrid Electronics
  • EQ07—Defects and Strain Potential Enabled Emergent Behavior in Two-Dimensional Materials
  • EQ08—New Frontiers in the Design, Fabrication and Applications of Metamaterials and Metasurfaces
  • EQ09—Cutting-Edge Plasma Processes for Next-Generation Materials Science Applications
  • EQ10—Multiferroics and Magnetoelectrics
  • EQ11—Materials, Processes and Device Structures Enabling Next-Generation High-Frequency Flexible Electronics
  • EQ12—Optical Probes of Nanostructured, Organic and Hybrid Materials
  • EQ13—Nitride Materials—Synthesis, Characterization and Modeling
  • EQ14—Materials and Devices for Controlling Quantum-Coherent Spin Dynamics
  • EQ15—Soft Matter Materials and Mechanics for Haptic Interfaces
  • EQ16—Infrared and Thermal Photonic Materials and Their Applications
  • EQ17—Emerging Materials for Contacts and Interfaces in Optoelectronics
  • EQ18—Emerging Materials for Quantum Information
  • EQ19—Diamond and Diamond Heterojunctions—From Growth to Applications
  • EQ20—Beyond Graphene 2D Materials—Synthesis, Properties and Device Applications

Energy and Sustainability

  • EN01—Materials for Sustainable Electronics
  • EN02—Solid-State Batteries—Electrodes, Electrolytes and Interphases
  • EN03—Thermal Materials, Modeling and Technoeconomic Impacts for Thermal Management and Energy Application
  • EN04—Silicon for Photovoltaics
  • EN05—Emerging Energy and Materials Sciences in Halide Perovskites
  • EN06—Sustainable Electronics—Green Chemistry, Circular Materials, End-of-Life and Eco-Design
  • EN07—Mechano-Thermo and Electrical Coupling in Emerging Energy Materials
  • EN08—Low-Dimensional Halide Perovskites—From Fundamentals to Applications
  • EN09—Metal Sulfides for High Performance Electrochemical Batteries
  • EN10—Advanced Materials for Thermal Energy Management and Harvesting
  • EN11—Electrocatalytic Materials to Sustainably Convert Atmospheric C, H, O and N into Fuels and Chemicals
  • EN12—Advanced Materials and Chemistries for Low-Cost and Sustainable Batteries
  • EN13—Climate Change Mitigation Technologies
  • EN14—Advanced Materials for Hydrogen and Fuel Cell Technologies

Biomaterials and Soft Materials

  • SB01—Engineered Functional Multicellular Circuits, Devices and Systems
  • SB02—From Hydrogel Fundamentals to Novel Applications via Additive Manufacturing
  • SB03—Transformative Nanostructures with Therapeutic and Diagnostic Modalities
  • SB04—Materials and Algorithms for Neuromorphic Computing and Adaptive Bio-Interfacing, Sensing and Actuation
  • SB05—Antimicrobial Materials Against Coronaviruses and Other Nosocomial Pathogens
  • SB06—Graphene and Related 2D Materials for Bioelectronics and Healthcare
  • SB07—Soft and Healable Conducting Materials for Biological Interfaces
  • SB08—Bioelectronics—Materials and Interfaces
  • SB09—Biological and Bioinspired Functional Materials—From Nature to Applications
  • SB10—Micro- and Nanoengineering of Biomaterials—From Precision Medicine to Precision Agriculture and Enhanced Food Security
  • SB11—Photo/Electrical Phenomena at the Interface with Living Cells and Bacteria
  • SB12—Biomaterials for Regenerative Engineering

Structural and Functional Materials

  • SF01—Advanced Atomic Layer Deposition and Chemical Vapor Deposition Techniques and Applications
  • SF02—Additive Manufacturing—From Material Design to Emerging Applications
  • SF03—3D Printing of Functional Materials and Devices
  • SF04—New Types of Polymers, Composites and Hybrid Materials for Additive Manufacturing

Publishing Alliance

MRS publishes with Springer Nature

 

Corporate Partners