Cold Atom Physics
Current position: Home > Research > Cold Atom Physics

Research Topics:

Our research focuses on macroscopic quantum phenomena in ultracold atomic and molecular gases, in particular, the new quantum phases and effects due to strong interactions between atoms and molecules. Our most recent works mainly focus on following topics:

1. Quantum Gases in Synthetic Gauge Field: spin-orbit coupling, quantum Hall effects, vortices and other topological excitations.

2. Strongly Interacting Fermi Gases: ferromagnetism, polaron physics, new types of collision resonances, few body problems at resonances.

3. Degenerate Polar Molecular Gases: few-body and many-body problems of dipolar gases

4. Quantum Gases in Optical Lattices

5. Multi-component and Boson-Fermion Mixture

6. Low-Dimensional Quantum Gases

Current Members:

Faculty: Chang Lee(Professor Emeritus);

Chen-Ning Yang(Professor);

Hui Zhai(Member);

Manuel Valiente(Associate Member)

Postdoc: Ren Zhang, Deping Zhang, Mingyuan Sun, Jinlong Yu, Zhigang Wu, Juan Yao

Graduate Students: Chao Feng, Ce Wang, Yanting Cheng, Ning Sun, Pengfei Zhang, Xin Chen, Yadong Wu

Cold Atom Lectures

International Conference"Quantum Gases 2014: Synthetic Gauge Field and Large Spin System"



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