Research
- Multi-scale Electrical and Thermal Transport
- This research area is also focused on first principle modeling of materials using Density Functional Theory (DFT) and Non-equilibrium Green's Functions (NEGF).
- Spin-based Quantum Materials
- This research area is focused on model and device development of spin-based thermoelectric and quantum computing/communication materials.
- Metal-Organic Framework Materials
- This research area is focused on the transport and electrochemical properties of Metal-Organic Framework (MOF)-based materials.
- Microwave Induced Plasma Chemistries
- This research area is focused on multi-physics modeling of RF-induced reactions.
- This research is also interested in modeling thermionic energy conversion devices.
- This research is also interested in the microwave refining metallurgical process.
- Materials in Extreme Environments
- This research area is focused on first-principle modeling of the creep-fatigue properties of high-temperature materials.
- This research area is also interested in modeling the performance of materials for geothermal applications.