… finding is that binary vortex quantum droplet, with different embedded vorticity S in each
component, are also stable in this setting. The stability boundary of binary vortex QDs are also …

… We will show that quantum droplets with angular momentum share many properties with
the C–Q case and that, in particular, there is no limitation in the value of l for the stability of the …

… is balanced by repulsive quantum fluctuations, preventing the ultracold quantum gases from
… known as the quantum droplet. Lee, Huang, and Yang first considered the effect of quantum …

… , in which the governing equation of the droplet mixture can be cast in the dimensionless …
mean field wavefunction describing the evolution of the quantum droplet with the time t and ∇ 2 …

… In this work we have investigated the stability and dynamics of VQDs (vortex quantum
droplets) in the 2D symmetric binary BEC trapped in the annular potential. Two branches of the …

… quantum droplets with embedded vorticity. In two dimensional free space, LHY correction
was used to create stable vortex quantum droplets … and binary-vortex quantum droplets was …

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

… quantum droplets. Conversely, at high densities, the LHY correction turns positive, ensuring
the stability of quantum droplets … expands the possibilities of quantum droplets, broadens the …

… new ideas to the study of quantum droplets, such as the study of the dynamics and multi-stability
characteristics of quantum droplets in 1D and 2D optical lattices [46], [47], [48], [49]. …

… We have predicted a new type of rotating QDs (quantum droplets) in binary BEC. These …
Thus, our findings suggest a method for the creation of rotating quantum droplets and similar …