Abstract The Kibble–Zurek mechanism is a theoretical framework that describes the
formation and scaling of topological defects in symmetry-breaking phase transitions. It was …

We investigate the early coarsening dynamics of an atomic Bose gas quenched into a
superfluid phase. Using a two-step quench protocol, we independently control the two …

We have observed the spontaneous appearance of currents in a ring of ultracold fermionic
atoms (Li 6) with attractive interactions, following a quench to a BCS-like pair superfluid. We …

Introducing spatially tunable interactions to atomic Fermi gases makes it feasible to study
two phenomena, the proximity effect and spatial Kibble-Zurek mechanism (KZM), in a unified …

We present a theoretical review of the recent progress in non-equilibrium BCS (Bardeen-
Cooper-Schrieffer)-BEC (Bose-Einstein condensation) crossover physics. As a paradigmatic …

Ramping a physical parameter is one of the most common experimental protocols in
studying a quantum system, and ramping dynamics has been widely used in preparing a …

Half a century ago, T. Kibble proposed a scenario for topological defect formation from
symmetry breaking during the expansion of the early Universe. W. Zurek later crystallized …

The dimensional crossover induces varieties of quantum phenomena. In this paper, we
demonstrate the quantum critical dynamics under dimensional crossover involving many …

We examine the quench dynamics across quantum phase transitions from a Mott insulator
(MI) to a superfluid (SF) phase in a two-component bosonic mixture in an optical lattice. We …

We simulate interaction quenches crossing from a superfluid to a supersolid state in a
dipolar quantum gas of ${}^{164}\mathrm {Dy} $ atoms, trapped in an elongated tube with …