In molecular optomechanical cavities the anti-Stokes sideband gives higher conversion efficiency under red detuning while the Stokes sideband amplifies the infrared signal under blue detuning, with added noise reaching the one-quantum limit in the amplification regime.
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Frequency upconversion of infrared signals via molecular optomechanical cavities
In molecular optomechanical cavities the anti-Stokes sideband gives higher conversion efficiency under red detuning while the Stokes sideband amplifies the infrared signal under blue detuning, with added noise reaching the one-quantum limit in the amplification regime.