Physical properties of various emerging thin film materials will be investigated systematically under ultra-low temperature and high magnetic field conditions, especially the quantum transport of electrons or spins in these materials. We will also aim to effectively control the novel quantum phenomena revealed in these materials by optical, electrical, or magnetic means. Search for novel functional materials, develop and improve the synthesis techniques of various functional materials, study their corresponding photonic, thermal, electronic, magnetic, phonic and mechanic properties.

Cold atom/molecule physics; Atomic optics and atomic Bose-Einstein condensation; Laser cooling and trapping of atom/molecules; Nano structure and nano optics; Optical spectroscopy.

Soft condensed matter physics; Soft material mechanics.

Computational physics is an important branch of physics, which has a multitude relationship with theoretical physics and experimental physics. Our research area is mainly to study the fundamental properties of different dimensional materials using combined theoretical calculations and experiments. Furthermore, we also design and predict the new materials.

Theoretical study mainly focus on the strongly correlated electron systems, including high-Tc superconductivity, fractional quantum hall effect, and magnetic theory and its numerical investigations.

Quantum Information and Quantum Computation mainly focus on the structure and implementation of a quantum computer, the principle and application of quantum information, the design and implementation quantum communication network, etc.

High-energy Physics mainly focus on the structural properties of substances in the micro world smaller than nuclei, and the phenomena of mutual transformation between these substances under extremely high energy, as well as the causes and laws of these phenomena. Study the properties of astronomical object and their interactions.