Liquid-Like Molecular Dynamics Power Solid Battery Materials
Unusual atomic vibrations in a crystalline structure explain potential solid-state battery material’s superionic transport abilities
Materials Discovery & Development
Duke engineers are leaders in discovering and developing materials with desired structures and properties for diverse applications in areas such as health, computing, energy and security.
Major Centers and Initiatives
University-Wide
Biomaterials
Computational Materials Science
- Center for Autonomous Materials Design
- Computation & AI Group—Duke MEMS
- Spinodal-Hardened High-Entropy Ceramics MURI (SPICES)
Energy, Electronic & Photonic Materials
- Energy Systems and Energy Materials Group—Duke MEMS
- Fitzpatrick Institute for Photonics
- Meta-Imaging MURI
- Nanoelectronic Materials & Devices Group—Duke ECE
Metamaterials
Soft Matter & Nanoscale Materials
- Soft Matter & Nanoscale Materials Group—Duke MEMS
- Nanoelectronic Materials & Devices Group—Duke MEMS
- Duke Soft Matter Center—with Duke’s Trinity College of Arts & Sciences
Related News
Superfast Cooling Explores New Abilities for Promising Next Generation Optoelectronic Materials
Stabilizing the glassy state of materials using rare instrumentation unlocks a new line of research for perovskites
Willie Padilla Named a Fellow of IEEE
Padilla was honored for his contributions to the field of metamaterials, including perfect absorbers and active devices.