Quantum Monte Carlo simulations of polar molecules in quasi-2D harmonic confinement identify a bilayer crystal phase stabilized by increasing confinement strength at fixed interaction, along with temperature-induced crystallization and layered superfluid states.
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2 Pith papers cite this work. Polarity classification is still indexing.
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In limits of dense and sparse resonances, a statistical model of ultracold complex lifetimes matches RRKM theory or threshold laws respectively, indicating close-coupling calculations alone are insufficient for sticky collision lifetimes.
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Bilayer crystals in a polar-molecules system
Quantum Monte Carlo simulations of polar molecules in quasi-2D harmonic confinement identify a bilayer crystal phase stabilized by increasing confinement strength at fixed interaction, along with temperature-induced crystallization and layered superfluid states.
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Limits of Statistical Models of Ultracold Complex Lifetimes
In limits of dense and sparse resonances, a statistical model of ultracold complex lifetimes matches RRKM theory or threshold laws respectively, indicating close-coupling calculations alone are insufficient for sticky collision lifetimes.