In this work, we have studied the quantum tunneling of a single spin–orbit-coupled atom
held in a periodically modulated optical lattice with an impurity. As a result we find that the …

The interplay of the staggered and the three‐body interaction potentials on the quantum
phases of a spin‐1 Bose Hubbard model using a mean field approximation (MFA) is studied …

A spinor () Bose gas is studied in presence of a density‐density interaction through a mean
field approach and a perturbation theory for either sign of the spin dependent interaction …

We study the effects of a three-body interaction potential on a spin-1 ultracold Bose gas
using mean-field approach (MFA). For an antiferromagnetic (AF) interaction, we have found …

We analyze the effect of a time-dependent synthetic magnetic field on the Mott-Insulating
(MI) to superfluid (SF) phase transition of a system of bosons via a site decoupling mean …

We study the effects of an attractive three-body interaction potential on a spin-1 ultracold
Bose gas using the mean field approach (MFA). For an antiferromagnetic interaction, the …

We explore the effects of a repulsive three body interaction and a synthetic gauge field on a
spin-1 ultracold Bose gas on an optical lattice to study the quantum phase transition from a …