By introducing external harmonic potential confinement, we investigate the stability of higher-
charged vortex solitons in competing cubic–quintic nonlinear medium. Vortex solitons with …

We predict the existence, stability and evolutionary dynamics of three-dimensional (3D)
fundamental and vortex droplets governed by quantum fluctuations in a mixture of Bose …

We study the stability and characteristics of two-dimensional circular quantum droplets
(QDs) with embedded hidden vorticity (HV), ie, opposite angular momenta in two …

This concise review summarizes recent advancements in theoretical studies of vortex
quantum droplets (VQDs) in matter-wave fields. These are robust self-trapped vortical states …

Quantum droplets represent a novel state of matter achieved by tailoring a binary Bose–
Einstein condensate, where the collapse driven by self-attraction is arrested by quantum …

The existence and stability of quantum droplets are studied in ultracold atoms in Bose–
Einstein condensates with a radial period lattice under the Lee–Huang–Yang correction …

We investigate the existence, stability, and evolution dynamics of three-dimensional
quantum droplets (QDs) in binary Bose–Einstein condensates trapped in a toroidal potential …

We address the existence, stability, and evolution of two-dimensional vortex quantum
droplets (VQDs) in binary Bose–Einstein condensates trapped in a ring-shaped potential …

The stability of a higher-order vector vortex (HVV) soliton, comprised of a fundamental-mode
beam incoherently coupling with a higher-order vortex beam, is investigated in a thermally …

We establish stability and characteristics of two-dimensional (2D) vortex ring-shaped
quantum droplets (QDs) formed by binary Bose–Einstein condensates. The system is …