This program describes the simulation of two-componet ultracold fermions
trapped in a two dimentional optical lattice.
It is enable to simulate a variety of mesurable physical quantities
by tunning 5 parameters of the following.
- Hopping energy
- Interparticle attractive interaction
- Imbalanced population
- Strength of a trapped potential
- Temparature
Also, the program provide the following distributions in real space that can be simulated.
- Up-spin particles or down-spin particles
- Superfluid parameters
- Magnetization
The following Bogoliubov de Gennes Hamiltonian is determined numerically by diagonalization
within the mean field approximation.