The results show that the time evolution of atomic population and atomic dipole squeezing depends on t he degree of entanglement of the initial two identical two-level entangled atom s and the parameters of the binomial state optical field.

Atomic dipole squeezing of the degenerate quantum-beat three-level atom with intensity-dependent coupling;

The influences of the nonlinear correction term and the two-photon frequency detuning on the time evolution of atomic particle number population inversion and the atomic dipole squeezing are discussed, respectively, when the initial field is o.

By means of investigating the time evolution of atomic dipole squeezing and field squeezing in the system of a three level atom interacting with a single cavity mode and a pair of cavity modes, the relations between atomic squeezing and field squeezing are examined.

The two most commonly used compression methods,the parity compression and the signature analysis,are analyzed and compared in this paper.

In this article, by using the method of the family of quasi semi norm, a common fixed theorem is developed for the couple of contractor mappings in T complete C type PM space.