Realization of an Excited, Strongly-Correlated Quantum Gas Phase

Abstract

Ultracold atomic physics offers myriad possibilities to study strongly correlated many-body systems in lower dimensions. Typically, only ground state phases are accessible. Using a tunable quantum gas of bosonic cesium atoms, we realize and control in one dimensional geometry a highly excited quantum phase that is stabilized in the presence of attractive interactions by maintaining and strengthening quantum correlations across a confinement-induced resonance. We diagnose the crossover from repulsive to attractive interactions in terms of the stiffness and the energy of the system. Our results open up the experimental study of metastable excited many-body phases with strong correlations and their dynamical properties.

References in corpus (5)

• Many-Body Physics with Ultracold Gases
• Non-equilibrium coherence dynamics in one-dimensional Bose gases
• Strong dissipation inhibits losses and induces correlations in cold molecular gases
• Determination of atomic scattering lengths from measurements of molecular binding energies near Feshbach resonances
• Excitations of attractive 1-D bosons: Binding vs. fermionization

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• Fermi super-Tonks-Girardeau state for attractive Fermi gases in an optical lattice
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• Generating nonequilibrium stationary state from ground state condensate through an almost-adiabatic cycle
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