research

Theory of ultracold atomic and molecular gases: Strongly interacting gases, Topological quantum matters, Loss rate of molecular quantum gases, Quantum simulation

Lossy Fermi Gas

The simplest prototype of ultracold chemistry realized by ultracold molecules.

Path integral Monte Carlo

Feynman's idea of using a classical computer to simulate quantum system.

unitary Fermi gas

The core of an nuclei or the crust of a neutron star could be quantum simulated using cold atoms with Feshbach resonance. Image from NIST/JILA.

SU(N) Fermi gas

quantum simulate SU(N) Fermi gas using alkaline-earth-like atoms.

non-abelian Yang monopole

Spinor BEC can quantum simulate a Yang monopole in 5D parameter space. How does the interaction affects the topological defects?

Synthetic Hall cylinder

Quantum simulation of a Hall cylinder penetrated by a magnetic field.