We show that fuzzy dark matter haloes exhibit spatial differentiation in the coherence of the
field configuration, ranging from completely coherent in the central solitonic core to …

Characterizing elementary excitations in quantum fluids is essential to study their collective
effects. We present an original angle-resolved coherent probe spectroscopy technique to …

We study the emergence of universal scaling in the time-evolving momentum distribution of
a harmonically trapped three-dimensional Bose-Einstein condensate, parametrically driven …

Binary Bose-Einstein condensates of two distinct atomic species are studied, with interesting
effects being verified due to the imbalance of atomic masses. We study the formation of …

We conduct a theoretical study of the creation and dynamics of vortices in a two-dimensional
binary Bose-Einstein condensate with a mass imbalance between the species. To initiate …

A bstract The temperature effect on the linear instability and the splitting process of a doubly
quantized vortex is studied. Using the linear perturbation theory to calculate out the quasi …

Turbulent fluid dynamics typically involves excitations on many different length scales.
Classical incompressible fluids can be cleanly represented in Fourier space enabling …

We theoretically investigate the out-of-equilibrium dynamics in binary Bose-Einstein
condensate confined within two-dimensional box potentials. One species of the condensate …

We investigate the scaling of the energy cascade in a harmonically trapped, turbulent,
rotating Bose-Einstein condensate in two dimensions. We achieve turbulence by injecting a …

We explore the energy spectra and associated fluxes of turbulent two-dimensional quantum
droplets subjected to a rotating paddling potential which is removed after a few oscillation …