Abstract
The optical response is studied in a hybrid nanomechanical system which is that a superconducting qubit is coupled with the mechanical mode. We show that the system displays the phenomena of the coherent perfect photon reflection, transmission, absorption, and synthesis. The qubit–mechanical interaction can lead to significantly modified optical response properties and provide a new interference channel for the optical response and add an additional perfect transmission, reflection, absorption, or synthesis point in such a hybrid system. This work may open up the hybrid optomechanical system as a perfect reflector, transistor, absorber, and synthesizer for the study of optical switch in the future quantum networks.
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