Thermo-Magnetic Properties of The Synthetically Charged Interacting Neutral Boson Atoms In 2D Deep Optical Lattice
In this research, the thermo-magnetic properties of the synthetically charged interacting neutral boson atoms in 2D
deep optical lattice are studied. The temperature dependence of the magnetization and magnetic susceptibility are investigated.
The analysis relied on the Hartree-Fock approximation where an integral over the phase space is performed to calculate the
accurate grand canonical thermo-magnetic potential. Subsequently, the grand potential is used to calculate the above
mentioned parameters. Thereby, the effect of interaction- interaction and optical potential depth is considered. The obtained
results provide important magnetic properties.
Index Terms—Dynamic or Topological Ultracold Gases, Trapped Gases Diamagnetism, Paramagnetism, And