Our current research work focuses on the experimental and theoretical studies of quantum optics, especially applications in quantum information processing. We investigate the interplay of interactions between light and matter, pursue robust long distance quantum communication, scalable quantum computation and quantum simulation.
Optical Lattices Experiment
Ultilizaing ultracold bosons in optical lattices, we aim at realizing many-body entangled quantum states. Such quantum states can be used for furture scalable quantum computing and quantum simulating.
Formor Projects (now in USTC, China)
The formar research projects of
Multi-Photon Entanglement, Quantum Memeory, and Quantum Information Theorynow have been moved to University of Science and Technology of China (USTC).