Quantum fluctuations can raise the melting temperature of generalized Wigner crystals by competing with thermal fluctuations in certain parameter regimes.
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Floquet-induced kinetic anisotropy in hard-core dipolar bosons stabilizes checkerboard order at weaker interactions and produces a narrow checkerboard-supersolid phase.
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Melting temperature shifts from quantum fluctuations in generalized Wigner crystals
Quantum fluctuations can raise the melting temperature of generalized Wigner crystals by competing with thermal fluctuations in certain parameter regimes.
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Floquet-tuned superfluid-checkerboard competition in dipolar bosons
Floquet-induced kinetic anisotropy in hard-core dipolar bosons stabilizes checkerboard order at weaker interactions and produces a narrow checkerboard-supersolid phase.