qed

Study of Glass Microsphere Spectra Modified by Cavity QED Effect

玻璃微球荧光的腔量子电动力学增强效应

We also discuss the magnetic mass in QED plasma.

最后还讨论了QED等离子体中的磁质量。

Scheme for Transfer of an Unknown Atomic State Via Cavity QED;

在腔QED中实现一个未知原子态转移的方案（英文）

It is a important and simple way to generate and manipulate entangled states in cavity QED.

在腔QED系统中制备与操纵纠缠态是一种简单而重要的方法.

It is characterised by two crucial properties, renormalisability and gauge invariance, which we mention briefly here.

QED具有两点重要的性质:可被重新归一化(正规化, 正则化)以及标准空间的不变性.

But will it help us understand QED and atomic physics any better?

但是,这一点真的能够更好的帮助我们理解QED和 原子物理 吗 ?

Brief introduction to the basic theories of cavity QED. 3.

腔量子电动力学基本理论简介。