Our research is in advanced materials and nanostructures for electronics and optoelectronics. We aim to provide theoretical guidance to experimental efforts and accelerate the development of electronic devices with new functionalities.
We use density functional theory and model-Hamiltonian approaches together with semiclassical and quantum transport methods for electrons and phonons.
Current directions
- Carbon nanotube electronic, optical and transport physics
- Electrical contacts and interfaces in low-dimensional materials
- Excitons, trions and phonon-dressed optical phenomena
- Two-dimensional and van der Waals materials
- Nanoscale thermal and quantum transport
- Nonlinear optical properties
- Thermal phonon transport
- Quantum and chiral materials