Posts

A new Quantum Optics course for physics students, starting from university physics and building toward light-matter interaction and quantum information, with no prior quantum mechanics assumed.

A recent preprint from our group connects the static entanglement structure of the tripartite quantum Rabi model with a practical finite-time protocol for preparing Bell states.

Our 2026 Physical Review A paper shows how topological edge states and exceptional points can jointly improve the charging dynamics of an SSH quantum battery.

We study quantum light-matter interaction, open quantum systems, non-Hermitian physics, and quantum information, combining analytical methods with numerical calculations.