14th European Conference on Molecular Electronics (ECME) will be held in Dresden on August 29  – September 2 2017.

Locations and schedules of individual symposia will be posted in 2016 as available. Non-technical events will be listed on the menu to the left. Information about individual sessions and special events will be posted as they become available closer to the meeting.

Symposia

Broader Impact

• BI1—Today’s Teaching and Learning in Materials Science—Challenges and Advances
• BI2—The Business of Materials Technology

Biomaterials and Soft Materials

• BM1—Spatiotemporally and Morphologically-Controlled Biomaterials for Medical Applications
• BM2—Stimuli Responsive Organic and Inorganic Nanomaterials for Biomedical Applications and Biosafety
• BM3—Biomaterials for Regenerative Medicine
• BM4—Materials and Manufacturing of Biointerfaces Devices and Stretchable Electronics
• BM5—Materials for Biointegrated Photonic Systems
• BM6—Fabrication, Characterization and Applications of Bioinspired Nanostructured Materials
• BM7—Functional Nanostructured Polymers for Emerging Energy Technologies

Electrochemistry

• EC1—Redox Activity on the Molecular Level—Fundamental Studies and Applications
• EC2—Facilitating Charge Transport in Electrochemical Energy Storage Materials
• EC3—Catalytic Materials for Energy and Sustainability
• EC4—Material, Devices and Systems for Sustainable Conversion of Solar Energy to Fuel  
• EC5—Proton Transfer and Transport—From Biological Systems to Energy Applications

Electronics, Magnetics and Photonics

• EM1—Materials Issues for Quantum Computing
• EM2—Rare Earths in Advanced Photonics and Spintronics
• EM3—Electronic and Ionic Dynamics at Solid-Liquid Interfaces
• EM4—Structure-Property Relationships of Organic Semiconductors
• EM5—Materials and Mechanisms of Correlated Electronic Phenomena in Oxide Heterostructures
• EM6—Thin-Film Transistors—New Materials and Device Concepts
• EM7—Functional Plasmonics—From Molecular to Submicron Level
• EM8—Spin Dynamics in Nonmagnetic Materials and Devices
• EM9—Materials and Nanostructures for Magnetic Skyrmions
• EM10—Emerging Materials and Technologies for Nonvolatile Memories
• EM11—Wide-Bandgap Materials for Energy Efficiency—Power Electronics and Solid-State Lighting
• EM12—Diamond Electronics, Sensors and Biotechnology—Fundamentals to Applications

Energy and Sustainability

• ES1—Materials Science and Chemistry for Grid-Scale Energy Storage
• ES2—Materials Challenges for Flow-Based Energy Conversion and Storage
• ES3—Perovskite Solar Cell Research from Material Properties to Photovoltaic Function
• ES4—Thermoelectric Polymers and Composites—Nontraditional Routes to High Efficiency
• ES5—Materials Research and Design for A Nuclear Renaissance
• ES6—Scientific Basis for Nuclear Waste Management

Mechanical Behavior and Failure Mechanisms of Materials

• MB1—Intermetallic-Based Alloys—From Fundamentals to Applications
• MB2—Materials under Mechanical Extremes
• MB3—High-Entropy Alloys
• MB4—Glassy, Nanocrystalline and Other Complex Alloy Systems and Their Applications  
• MB5—Size Effects and Small-Scale Mechanical Behavior of Materials
• MB6—Cyclic Deformation and Fracture at the Nanoscale
• MB7—Shear Transformation Mechanisms and Their Effect on Mechanical Behavior of Crystalline Materials

Nanomaterials

• NM1—Semiconducting Nanowires, Nanoribbons and Heterostructures—Synthesis, Characterizations and Functional Devices
• NM2—2D Layers and Heterostructures beyond Graphene—Theory, Preparation, Properties, and Devices
• NM3—Nanotubes and Related Nanostructures
• NM4—Nanomaterials-Based Solar Energy Conversion
• NM5—Nanomembrane Materials—From Fabrication to Application
• NM6—Nanoscale Materials and Devices by High-Temperature Gas-Phase Processes

Processing and Manufacturing

• PM1—Ion Beam Enabled Nanoscale Fabrication, Modification and Synthesis
• PM2—Plasma Processing via Liquid for Life Sciences and Environmental Applications
• PM3—Materials Science-Enabled Advances in Materials- and Manufacturing-Technologies
• PM4—Novel Materials, Fabrication Routes and Devices for Environmental Monitoring
• PM5—Hierarchical, Hybrid and Roll-to-Roll Manufacturing for Device Applications

Theory, Characterization and Modeling

• TC1—In Silico Materials Chemistry
• TC2—Design, Discovery and Understanding of Materials Guided by Theory, Computation and Data Mining
• TC3—Materials Issues in Art and Archaeology
• TC4—Advances in Spatial, Energy and Time Resolution in Electron Microscopy