My research interests lie in the thermodynamics and nonequilibrium statistical physics of finite systems, including theoretical investigations in quantum thermodynamics and the black hole information problem, as well as both theoretical and experimental studies in finite-time thermodynamics. Since 2015, I have published over 50 journal articles and hold three granted national patents and two publicly disclosed patents. I have authored 29 research papers in international journals such as Physical Review Letters, Physical Review E/A, New Journal of Physics, Nuclear Physics B, and Frontiers of Physics, including 23 as first or corresponding author. My work has been cited over 700 times, with the most cited paper receiving 92 citations, and my current h-index is 13 (Google Scholar).
In teaching, I focus on developing inquiry-based talent training systems and curriculum design within the context of general physics education and academic competitions. I have published 23 teaching-related papers in Chinese core journals, including University Physics, Physics and Engineering, Physics Teacher, and Physics Experimentation.
Thesis: Applications of Finite-System Thermodynamics and Noncanonical Statistics to the Black Hole Information Problem
Supervisor: Prof. ChangPu Sun
Thesis: Quantum Gyroscope Technology and Its Physical Foundations
Supervisor: A. Prof. Xiaowen Li