Identifies a zero-temperature spin relaxation channel via gyromagnetic coupling to Rayleigh vorticity that is super-Ohmic and depth-dependent, distinct from Raman processes.
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Cavity-enhanced tripartite interactions are proposed to enable direct extraction of photon and phonon vacuum fluctuations without free parameters and to produce high-occupancy nonclassical quantum emitters via decay-enhanced blockade.
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Gyromagnetic Quantum Friction in Rayleigh Vorticity Baths
Identifies a zero-temperature spin relaxation channel via gyromagnetic coupling to Rayleigh vorticity that is super-Ohmic and depth-dependent, distinct from Raman processes.
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Unveiling Vacuum Fluctuations and Nonclassical States with Cavity-Enhanced Tripartite Interactions
Cavity-enhanced tripartite interactions are proposed to enable direct extraction of photon and phonon vacuum fluctuations without free parameters and to produce high-occupancy nonclassical quantum emitters via decay-enhanced blockade.