在近几年，多原子和一个腔场相互作用的系统已经成为了量子电动力学的一个重

在近几年，
多原子和一个腔场相互作用的系统已经成为了量子电动力学的一个重要的课题，
许多有趣的实验现象已经被人们所观察得到，例如，自发发射的提高和抑制[21-22]，
真空拉比分裂[23-25]，
原子反演的塌缩和再生[26]。
在理论上，一个单原子强耦合到一个单模腔场的系统已经被做了大量的研究，
其中包括腔场衰减和自发辐射的影响，
同时也包括自发辐射的动力学抑制、一个无损耗腔的荧光的抑
制、在一个腔场中的共振荧光的稳态谱、单原子的双稳态、光子的反聚束和压缩效
应。我们知道，由于电子的自旋作用，
原子的能态会发生塞曼分裂[27]，为了获取更加清晰的谱线，
人们引入了缀饰态[28-29]的方法。本文的工作是在缀饰态下，
对原子系统加入腔场的作用，
由一个经典场来驱动，我们使系统的哈密顿量对角化，

引入缀饰态来表示裸态，从而我们获取更精确的二能级原子的荧光谱。本文的结构
安排为：


第二章为量子力学的基本理论。首先我们介绍了光场的量子化理论，之后以二
能级原子为例，分别介绍了光场和原子相互作用的半径典理论和全量子理论。在最
后一小节本文给出了二能级原子和单模光场组成的系统的缀饰的过程

النتائج (الإنجليزية) 3:

In recent years,
system of multi atom and a cavity field interaction has become an important subject of quantum electrodynamics,
many interesting experimental phenomena have been observed by people, for example, to improve the spontaneous emission and the suppression of [21-22] Vacuum Rabi splitting,

[23-25], shrinkage and regeneration [26] the atomic inversion. In theory, a single atom strongly coupled to a single-mode cavity field has been done a lot of research, including the effect of
the cavity decay and spontaneous radiation,

also include inhibition kinetics of suppression of spontaneous emission, a non-destructive fluorescence loss of the cavity,The steady-state resonance fluorescence in a cavity in the spectrum, bistable, single atom photon antibunching effect and squeezing
should. We know that, due to the spin electrons, atoms can occur
state Zeeman splitting of [27], in order to obtain the spectral line more clearly,
people introduced the dressed state [28-29]. The work of this paper is in the dressed state, the atomic system with the cavity field

effect, driven by a classical field, we make the Hamiltonian diagonalization,

the dressed state representation of the bare state, thus we obtain two level atom fluorescence spectrum is more accurate. In this paper, the structure arrangement as follows:


.The second chapter is the basic theory of quantum mechanics. Firstly, we introduce the quantum theory of light field, followed by two
atom as an example, introduces the interaction between light field and atoms of the semiclassical theory and quantum theory. In the following section. This paper presents two level atom and a single mode light field composed of the decoration process system