NLOQO HomeIssue Contents

Dynamics of One-Photon Absorber in the Presence of Squeezed Field
S.M.A. Maize, G. Ibrahim and M.F.M. Ali

An optical system of one-photon two- level atomic absorber placed in a ring cavity is considered. A squeezed electromagnetic light is injected to the system by the common way which is used in earlier work. The study of the dynamics of the present system within the mean field limit is carried out. In the present case the polarization is adiabatically eliminated for simplicity. The effect of the system parameters specially the squeezed field parameters which are the number of photons of the field ‘N’, the degree of squeezing ‘M’ and the relative phase of squeezing ‘j’, is illustrated.

Full Text (IP)