Three-level quantum refrigerator shows identical COP for any driving light but cooling power modulated by photon statistics, with sub-Poissonian light yielding higher power than coherent light of same intensity.
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Three- and four-level systems pumped by lasers can cool microwave resonators below liquid helium temperature by absorbing thermal photons, with analytical cooling limits obtained via adiabatic elimination.
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Quantum refrigerator driven by nonclassical light
Three-level quantum refrigerator shows identical COP for any driving light but cooling power modulated by photon statistics, with sub-Poissonian light yielding higher power than coherent light of same intensity.
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Reducing thermal noises by quantum refrigerators
Three- and four-level systems pumped by lasers can cool microwave resonators below liquid helium temperature by absorbing thermal photons, with analytical cooling limits obtained via adiabatic elimination.