Chaohong Lee

Prof Chaohong Lee is a Professor in the Department of PHY at The Australian National University. Their research focuses on topics such as optical lattices, photonic waveguide arrays, and ultracold atoms, with contributions to areas including topological bound states, chiral discrete solitons, and quantum coherence. Prof Lee's work includes studies on Fermi gases, Bose-Einstein condensates, and quantum tunnelling, as well as investigations into nonlinearity-assisted quantum phenomena. They have published extensively in journals such as Physical Review A, Annals of Physics, and Laser and Photonics Reviews, with a total of 30 publications listed.

Chaohong Lee is a researcher at Shenzhen University with expertise in Quantum Gases, Quantum Metrology and Sensing, Topological Quantum States, and Nonequilibrium Quantum systems. Their work explores the dynamics of Fermi gases, quantum Rabi models, and topological phase transitions in photonic and atomic systems. Lee's research includes nonlinear switching, solitons, and quantum interferometry, with a focus on enhancing quantum metrology through entanglement and exploring symmetry-breaking transitions in Bose-Einstein condensates. Their studies also address dynamical phase transitions and the behavior of interacting bosons in one-dimensional systems, contributing to the understanding of quantum coherence and non-equilibrium phenomena.