Our research group is established in 2007, which main focus on the experimental and theoretical studies on precise measurement of Rydberg atoms and molecules; Rydberg quantum optics; Rydber; atom arrays and Rydberg many-body dynamics, and so on.
Main research directions
1. Precision measurement of Rydberg atoms and molecules
1) Microwave quantum precision measurement
2) Preparation of the Rydberg molecule and its precision spectroscopy
3) Accurate measurement of basic physical parameters
2. Rydberg Quantum Optics
1) Single-photon manipulation
2) Full optical logic gate
3. Rydberg Atomic Array
1) Quantum simulation
2) Single-molecule arrays
4. Rydberg Manybody Dynamics
1) Time crystals
2) Rydberg bistable
3) Quantum thermalization
Technology and experimental platform
The laboratory is equipped with advanced ultra-high vacuum systems, laser cooling and trapping devices, single-atom optical tweezers array systems, high-resolution optical imaging and ion imaging systems, and other core facilities. The independently developed control and measurement system can achieve optical manipulation, real-time data acquisition and feedback, providing a solid guarantee for the precise exploration of atomic interactions, the exploration of quantum dynamics, and the development of new quantum technologies.
Teamwork and cooperation
Our research team is composed of scholars from fields such as atomic and molecular physics, quantum optics, and laser technology. It also maintains close cooperation with several top universities (including Nanjing University, Northeast Normal University, University of Science and Technology of China, University of Michigan, University of Nottingham, Durham University, etc.) and research institutions (including various research institutes of the Chinese Academy of Sciences, French National Center for Scientific Research, etc.) to promote the development of Rydberg quantum technology.
