Continuous-space simulations of bosons in hexagonal lattices reveal suppressed Mott insulator phases in honeycomb geometries due to density-assisted tunneling and multiple sublattice Mott lobes in asymmetric h-BN lattices.
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Demonstrates resonant magnon generation by acoustic waves in CrSBr bilayers enabled by strong strain dependence of interlayer exchange, with resonant frequency tunable by external magnetic field.
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Quantum phase diagrams for bosons in hexagonal optical potentials: A continuous-space quantum Monte Carlo study
Continuous-space simulations of bosons in hexagonal lattices reveal suppressed Mott insulator phases in honeycomb geometries due to density-assisted tunneling and multiple sublattice Mott lobes in asymmetric h-BN lattices.
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Acoustically-driven magnons in CrSBr bilayers
Demonstrates resonant magnon generation by acoustic waves in CrSBr bilayers enabled by strong strain dependence of interlayer exchange, with resonant frequency tunable by external magnetic field.