We produce ⁶Li degenerate Fermi gases using the evaporative cooling in an optical dipole trap. We tune the interatomic interaction usiing the magnetic Feshbach resonance and load the ultracold Fermi gas in an isotropic optical trap. The main purpose is to explore nonequillibium behaviors of the strongly Fermi gas with the conformal or SO(2,1) symmetry. Some research directions are summarized as follows.

1.  Universal laws with the conformal symmetry
2.  Scale invariance of a quenched system
3.  Precision measurement with Li atoms

• Anisotroptic expansion of a unitary degenerate Fermi gas