Wave turbulence in a quasi-2D supersolid configuration of an ultracold dipolar Dysprosium gas. Turbulence is triggered upon considering a periodically modulated scattering length across the supersolid-to-supersolid phase transition. Dynamical manifestation of the second sound-mode of a quasi-1D supersolid subjected to a π phase jump. The crystals drift in unison evidencing their rigid character and the superfluid substrate moves in the opposite direction.Normal mode oscillations of a quasi-1D supersolid following the interference of the ensuing crystals caused by the central barrier removal. The crystal structure is maintained manifesting the rigid nature of the configuration, while atom tunneling occurs among the crystals due to the superfluid background.
Self-boundquantumdroplets
Density dynamics of particle-imbalanced quantum droplets simulating the radiofrequency (RF) atom transfer from a single-component gas to a two-component particle imbalanced mixture with N1/N2 = 80/20. A central excited droplet fragment is dynamically nucleated expelling particles due to self-evaporation and being surrounded by a gas segment.
Free expansion (Time-of-Flight) simulated integrated density dynamics of 3D two-component particle imbalanced quantum droplets. In the droplet-gas configuration (majority component), the droplet segment remains self-bound during the evolution, while the surrounding gas segment expands.
Vortex Turbulencegeneration in a stirred 2D homonuclear flat-top quantum droplet.