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Tse Research Group

We are a theoretical condensed matter research group at the University of Alabama. 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.

Recent News

(2/15/2019) Our paper "Interlayer RKKY Coupling in Bulk Rashba Semiconductors under Topological Phase Transition" is posted on the arXiv.
(12/27/2018) Our paper "Photon-Induced Suppression of Interlayer Tunneling in van der Waals Heterostructures" is posted on the arXiv.
(8/7/2018) Our paper "Valley Hall Transport of Photon Dressed Quasiparticles in Two-Dimensional Dirac Semiconductors" is published in New Journal of Physics.
(9/1/2018) Dr. Tse receives the 2018 DOE Early Career Award.
(6/26/2018) We have an immediate opening for a postdoctoral position to start in Fall 2018. Interested candidates please contact Dr. Tse.
We are looking for new graduate students to join our group. Please send Dr. Tse an email if you are interested.
Group meeting Fall 2018: every Friday 4-5pm at MINT seminar room
(5/2018) Phuong Nyugen got accepted into the NSF REU program and will work at the Vanderbilt University this summer. Congratulations!
(8/7/2017) Dr. Tse gives an invited talk at SPIE Nanoscience + Engineering.
(5/23/2017) Our paper "Dynamical Quantum Anomalous Hall Effect in Strong Optical Fields" is published at PRB Rapid Communications.
(3/8/2017) James Hong got accepted into the NSF REU program and will work at the Louisana State University this summer. Congratulations!
(3/1/2017) Our paper "Dynamical Quantum Anomalous Hall Effect in Strong Optical Fields" is posted on the arXiv.
(2/27/2017) Our paper on the interaction effects in the optical properties of multilayer graphene is published in PRB.