Study On The Transmission Of Photons For The Opto-mechanical System With A Moving Mirror

The Kerr media interaction with atoms is a considerable candidate for thetheoretical research and experimental research in quantum optics. Some typicaleffects could be observed in the evolution of the interacted system. Additionally, theKerr media is used to be the data bus in quantum information processing. As a typicalopto-mechanical system, the moving mirror system can bring the complete differentdynamical effects. And the moving of a side of a field cavity can be had as a lightpressure on the atoms which are prepared in the cavity. That is one kind of Kerrinteraction.The coupling between the atoms in an ensemble and the light field will deducethe collective excitation of atoms in the limit of large polarization. All the atoms areidentical herein. The open system due to the damping of cavity field, even thedamping of atomic transitions will display more complex dynamical characteristics.We focus the influence of the moving on the light radiation of the cavity. Differentlyfrom the other analysis we had done, the parameters considered are the opticalpressure strength and the displacement of the moving wall. Meanwhile thetime-dependent output of the cavity field on these parameters is analyzed as well asthe atomic decay.