Dr. Tse is interested in the rich and surprising physics emerging from confined electrons or photons in low-dimensional quantum materials and cavity systems. His recent research focus has been centered on light-matter interaction and optical properties as well as quantum spintronics in new 2D materials and heterostructures.
Our research interests span a broad swath of electronic properties in low-dimensional quantum materials, including transport, optical, topological and many-body interaction effects.
Currently we have been focusing our effort on unraveling novel light-matter interaction properties in interesting magnetic and spintronic systems as well as atomically 2D materials.
Our group's research interest is focused on the following aspects of new quantum materials (including graphene and other atomically 2D materials, topological matters, and photonic systems):
- Quantum Transport, Spintronics
- Light-Matter Interaction and Optical Properties
- Berry Phases and Topological Properties
- Effects of Many-Body Interactions on Electronic Properties
- Spin Dynamics and Intrinsic Spin Noise
- Non-equilibrium Physics, Fluctuations Phenomena, Casimir Effect
Expertise: Theoretical Condensed Matter Physics
