Kerr介质中双原子与光场相互作用的场熵演化

The Field Entropy Evolution of Two Atoms Interacting with Light Field in the Kerr Medium

摘要:

利用全量子化理论，研究了Kerr介质中耦合二能级双原子与单模光场相互作用的场熵演化规律。结果表明：Kerr介质和原子间的相互作用都影响着场熵演化的周期性，并使光场与原子的关联程度减弱；初始场强n^-同样影响着场熵演化的周期性，且随着初始场强n^-的增加，光场与原子的关联程度先增强后减弱。

Abstract:

In this paper,the field entropy evolution of two coupling atoms interacting with a single mode light field in Kerr medium is studied by means of the quantum theory.It has been shown that:the Kerr medium and the interaction of atoms will influence the periodicity of the evolution of the field entropy,make the connected degree between field and atoms weaken;the excited field intensity also influence the periodicity of the evolution of the field entropy,the connected degree between field and atoms is strengthened first and is weakened later when increases.