Condensed Matter · Physics & Astronomy
Quantum Gases
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122 papers, from 21 September 2026 to 5 November 2026: 122 arXiv preprints.
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Newest papers
Probing Non-Abelian Topology through Quench Dynamics
Quench dynamics offer valuable insights to topological matter, wherein the emergent topological phenomena serve as a dynamic probe to the topology of static Hamiltonians.Universal Phase Locking from Slowly Varying Inhomogeneity in Tunnel-Coupled One-Dimensional Condensates
The sine-Gordon model can be experimentally realised by tunnel-coupled one-dimensional Bose condensates.Coherent phase slips in coupled rings: from weak to strong interactions
We study the coherent transfer of circulation between two weakly coupled lattice rings of ultracold bosons, in which a persistent current initially prepared in one ring oscillates back and forth…Asymptotic analysis of the dynamical field-field correlation function of the impenetrable Bose gas
We study the long-time, large-distance asymptotic behaviour of the two-point correlation function of fields of the impenetrable Bose gas in equilibrium states characterized by a quasi-momentum…Dynamical effects induced by synthetic SU(1,1) gauge fields
Compact gauge fields are powerful tools for controlling quantum dynamics and topological phases of matter.Coherence Spreading Law in Quenched Homogeneous Bose Gases
We investigate nonequilibrium coherence spreading in quenched homogeneous bosonic gases both analytically and numerically.Analytic two-body density-matrix spectrum of the Fermionic Tonks-Girardeau gas
The two-body density matrix (TBDM) of a quantum many-body system provides information about particle correlations, e.g., pairing.Stability of energy gap of macroscopic quantum matter
In quantum many-body physics and quantum field theory, it is often assumed that gapped systems remain gapped under sufficiently weak local perturbations.Cryogenic suppression of correlated loss in Rydberg atom arrays
Blackbody radiation (BBR) poses a central challenge for quantum science with Rydberg atoms.Wavefront engineering with atomic Huygens' surfaces made simple
Atomic arrays provide a cooperative platform for light-mediated interactions in nonlocal metasurfaces which can operate in the quantum regime without nanofabricated optical elements or intrinsic…Bayesian optimization enhanced magnetic field gradient detection based on spin-orbit coupled Bose-Einstein condensates
Magnetic field detection is of great significance in modern fields such as medical diagnostics, geological exploration, inertial navigation, and space physics.Rotating two-dimensional Bose--Einstein condensates in power-law traps: collapse, Thomas--Fermi scaling, and the inverse-square endpoint
In two dimensions, the kinetic and contact energies scale identically under dilation, a trap $V=r^s/s$ as $λ^{-s}$.Synchronization in one-dimensional arrays of photon condensates
We investigate the synchronization of coupled photonic Bose-Einstein condensates in dye-filled microcavity arrays, subject to a potential gradient.Observation of Scaling of Higher-Order Flow in a Unitary Fermi Gas
Collective flow emerging from spatially anisotropic many-body systems is a fundamental manifestation of strongly interacting quantum matter, from ultracold quantum gases to the quark-gluon plasma…Ultracold polar molecules for quantum science and technology
Ultracold polar molecules present a rich platform for experimental quantum science leveraging their unique properties.Shapiro spikes in driven quantum fluids
Periodic driving of a Josephson junction produces resonant transport signatures known as Shapiro spikes, conventionally described by effective circuit models.Many-Body Correlations in Phase-Space Microscopes
The recently proposed "phase-space microscope" (PSM) extends quantum gas microscopes by allowing joint, single-shot measurements of position and momentum.Interaction-driven Weyl superfluids from topologically trivial bands in an optical Raman lattice
We propose a scheme to realize Weyl superfluidity from topologically trivial bands in the strongly correlated regime of a three-dimensional optical Raman lattice.Superradiance fingerprints of moiré exciton-biexciton condensates: path-entangled biphoton vs. supercurrent-enabled one-photon channel
Hybrid moiré excitons form a dense array of electrically tunable single-photon emitters, entailing cooperative optical responses with intriguing consequences.Quantum-enhanced multiphase estimation with spin-1 Bose-Einstein condensates
We investigate quantum-enhanced two-phase estimation in a spin-$1$ Bose-Einstein condensate, where spin-exchange collisions generate a spin-nematic squeezed state in the $m_F=\pm1$ modes.