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Explores optomechanical squeezing, where radiation pressure modifies light beam quantum properties, leading to complex correlations and experimental demonstrations.
Explores Optomechanically Induced Transparency, discussing applications like optical switching and slow light, and comparing it with Electromagnetically Induced Transparency.
Explores quantum theory of laser cooling in optomechanical systems, covering classical picture, Raman scattering, two coupled oscillators, and quantum noise approach.
