| Build an Atomic Quantum Simulator 

| Emulate  Quantum many-body physics 

| Create Synthetic Quantum Matter

Our group is generally interested in analog quantum simulation by which quantum systems would be especially apt at simulating actual physical quantum behavior in material.  This requires sophistcated Hamiltonian engineering in the quantum system that consists of ultracold atoms. Various engineered Hamiltonians have been developed and implemented in our apparatus, which allows us to explore the synthetic quantum systems and material including but not limited to:

• Spin-orbit-coupeld fermionic system

• Topolgical matter 

• Non-Hermitian Quantum system (Open quantum system)

• SU(N) Fermi liuqids 

• 2D Dipolar bosonic fluid 

• Supersolids, quantum droplet

• Tweezer arrays

• Atom-light scattering process 

• Machine learning analysis