Symposium Sessions
Broader Impact
- BI01—Energy Justice in Materials Science and Engineering
Characterization
- CH01—Advanced Characterization Methods of Energy Material Applications
- CH02—Advances in In Situ TEM Characterization of Dynamic Processes in Materials
- CH03—Nanoscale Materials Characterization Through Atom Probe Tomography
- CH04—Emerging Electron Microscopy Techniques to Understand Structure-Property Relationships in Quantum Materials
Materials Computing and Data Science
- DS01—Accelerating Materials Research with AI-Assisted Experimentation
- DS02—Automated Experimentation with Synchrotrons, Neutrons and Microscopes
- DS03—Emerging Challenges and Opportunities in Materials by Design
- DS04—Accelerating Data-Driven Materials Research for Energy Applications
- DS05—Polymer Informatics—Polymer Research with Classical and Data-Driven Informatics
- DS06—Integrating Machine Learning with Simulations for Accelerated Materials Modeling
Electronics, Optics and Photonics
- EL01—Defects and Strain in Two-Dimensional Materials
- EL02—Emerging Ultrafast Optical and Structural Probes in Materials Science
- EL03—Ferroic Materials and Heterostructures
- EL04—Materials and Devices for Neuromorphic Electronics and Bio-interfaces
- EL05—Soft Optics
- EL06—Metamaterials Innovation in Photonics, Acoustics, Fluidics and Thermal Sciences
- EL07—1D and 2D Materials—Electronic Properties and Device Applications
- EL08—Emerging Material Platforms and Fundamental Approaches for Plasmonics, Nanophotonics and Metasurfaces
- EL09—2Ds Go Hybrid—Properties and Applications of Dimensionally Hybrid Systems
- EL10—Understanding the Inorganic-Organic Interface—The Case of Colloidal Nanoscale Materials
- EL11—Ultra-Wide Bandgap Materials, Devices and Applications
- EL12—Perspective on Applications of Metasurfaces—Advances in Metasurface Design, Fabrication, Integration and Material
- EL13—Multiferroics and Magnetoelectrics
- EL14—Diamond Electronics, Devices and Sensors
- EL15—Chiral Materials—New Structures and Properties
- EL16—Carrier-Dopant Interactions in Organic Semiconductors—From Fundamentals to Applications
- EL17—Synthesis, Properties and Applications of 2D MXenes
- EL18—Fundamentals of Mixed Ionic-Electronic Conductors
- EL19—Atomically-Thin 2D Materials and Heterostructures—Synthesis, Properties and Applications
Energy and Sustainability
- EN01—Energy Solutions for Unconventional Applications
- EN02—Solid-State Batteries—Materials, Processes, Characterizations and Scale-up
- EN03—Biodegradable, Resorbable and Sustainable Materials
- EN04—Decoding Halide Perovskites—Advanced Characterization Towards Optimization and Discovery
- EN05—Halide Perovskites—From Fundamentals to Applications
- EN06—Emerging Energy Applications of Low-Dimensional Layered and Crystalline Materials
- EN07—Emerging Electrocatalytic Materials and Devices for Clean Energy and Environmental Applications
- EN08—Materials for Emerging Electrochemical Separations
- EN09—Lithium-Ion Battery Recycling and Reuse
- EN10—From Single Atom to Device—Interfaces Under Electrochemical Conditions
Quantum Materials, Interfaces and Topological Systems
- QT01—Excitonic Materials
- QT02—Space, Energy and Time-Resolved Spectroscopies for Emergent Quantum Materials
- QT03—Higher-Order Topological Structures in Real Space—From Charge to Spin
- QT04—2D Topological Materials—Theoretical Models, Growth and Applications
Soft Materials and Biomaterials
- SB01—Engineering Future Food Materials—Ingredients, Processes and Fabrication
- SB02—Biomimetic Organic and Hybrid Frameworks for Imaging, Encapsulation and Delivery
- SB03—Molecular Biomimetics—Biology Meets Materials Science and Artificial Intelligence at the Molecular Dimensions
- SB04—Conducting and Functional Hydrogels—From Materials to Devices
- SB05—Biohybrid and Soft Functional Interfaces
- SB06—Experimental and Computational Advances in Biomolecular Electronics
- SB07—Translational Neuroelectronic Materials and Devices for Bioelectronic Medicine
- SB08—Bio-Based Polymers and Composites for Sustainable Manufacturing
- SB09—Biomaterials for Regenerative Engineering
- SB10—From Soft Hydrogel Materials to Hard Water Sports Materials—Bridging the Gap with Additive Manufacturing
- SB11—Wearable and Implantable Neuro- and Bio-Electronics with 2D Materials
Structural and Functional Materials
- SF01—Additive Manufacturing—From Material Design to Emerging Applications
- SF02—Crystallization and Assembly at Interfaces—Fundamental Breakthroughs Enabled by Data-Centric Analysis and In Situ/Operando Techniques
- SF03—Inorganic Materials to Overcome the Challenges of Tomorrow
- SF04—Expanding the Frontiers of Plasma Technology in Materials Science and Engineering
- SF05—Infrared Materials and Devices for Thermal Radiation Control
- SF06—From Robotic Towards Autonomous Materials
- SF07—Advances in Reactive Materials Engineering
- SF08—Design and Behavior of Architectured Materials for and in Extreme Environments