Cold atomic gases have become a paradigmatic system for exploring fundamental physics,
which at the same time allows for applications in quantum technologies. The accelerating …

In this work, we are investigating a series of new optical soliton solutions to the perturbed
nonlinear Schrödinger equation (PNLSE) having the form of kerr law nonlinearity with …

In the present work we consider models of quantum droplets within a weakly interacting
mass-balanced binary Bose-Bose mixture in the presence of a defect in the form of a laser …

We unravel the nonequilibrium correlated quantum quench dynamics of an impurity
traveling through a harmonically confined Bose–Einstein condensate in one-dimension. For …

We study the time evolution of a supercurrent imprinted on a one-dimensional ring of
interacting bosons in the presence of a defect created by a localized barrier. Depending on …

The present work is motivated by the recent experimental realization of the Townes soliton in
an effective two-component Bose-Einstein condensate by B. Bakkali-Hassan et al.[Phys …

We explore the interspecies interaction quench dynamics of ultracold spin-polarized few-
body mass-balanced Fermi-Fermi mixtures confined in a double well with an emphasis on …

We unravel the correlated tunneling dynamics of a mass imbalanced few-body Fermi-Fermi
mixture upon quenching the tilt of a double well. The nonequilibrium dynamics of both …

Matter-wave interference mechanisms in one-dimensional Bose-Einstein condensates that
allow for the controlled generation of dark soliton trains upon choosing suitable box-type …

Recent studies have demonstrated that higher than two-body bath-impurity correlations are
not important for quantitatively describing the ground state of the Bose polaron. Motivated by …