Proposes cavity-mediated spin-momentum-mixing to create self-ordered supersolid phases in spinor condensates, modeled by the two-component Tavis-Cummings Hamiltonian, with undamped gapless Goldstone modes.
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Non-Markovian local dissipative environments protect spin squeezing, enabling robust steady-state squeezing beyond the Born-Markov approximation.
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Self-Ordered Supersolid in Spinor Condensates with Cavity-Mediated Spin-Momentum-Mixing Interactions
Proposes cavity-mediated spin-momentum-mixing to create self-ordered supersolid phases in spinor condensates, modeled by the two-component Tavis-Cummings Hamiltonian, with undamped gapless Goldstone modes.
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Protecting spin squeezing from decoherence
Non-Markovian local dissipative environments protect spin squeezing, enabling robust steady-state squeezing beyond the Born-Markov approximation.