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 …

Abstract The Lee-Huang-Yang (LHY) correction to the mean field dynamics, originated from
quantum fluctuations, can suppress the collapse and create stable localized modes in two …

We present a methodology for the generation of stable vortex light bullets (LBs) in rotating
Quasi-Phase-Matched (QPM) photonic crystals with quadratic nonlinearity. The photonic …

We consider the symmetry breaking of a matter-wave soliton formed by spinor Bose-Einstein
condensates (BECs) illuminated by a two-spot laser beam. This laser beam introduces spin …

We present an approach to generate stable vortex solitons (VSs) in rotating quasi-phase-
matched photonic crystals with quadratic nonlinearity. The photonic crystal is introduced with …

We study families of anisotropic solitary semivortices (SVs) in spinor dipolar Bose-Einstein
condensates (BECs), with two localized components linearly mixed by the two-dimensional …

We design a setup for generating stable vortex light bullets (LBs) in a rotating Quasi-Phase-
Matched (QPM) photonic crystal, exhibiting competing quadratic and cubic nonlinearity. The …

It was recently found that the spin-orbit (SO) coupling can help to create stable matter-wave
solitons in spinor Bose-Einstein condensates in the two-dimensional (2D) free space. Being …

Solitons are self-trapped modes existing in various nonlinear systems. Creating stable
solitons in two-and three-dimensional settings is a challenging goal in various branches of …

It was found that spatially confined spin–orbit (SO) coupling, which can be induced by
illuminating Bose–Einstein condensates (BECs) with a Gaussian laser beam, can help trap …