论文部分内容阅读
一、概况 量子光学是用量子理论方法研究光的物理性质以及光与物质相互作用的学科,它覆盖物理学一级学科中的几个二级学科,并和其它许多门类的学科有一定交叉。量子光学是近代光学乃至物理学的重要基础之一。量子态的产生与应用、量子通讯、量子计算机、玻色爱因斯坦凝聚、原子激光等一系列量子光学新领域的重要发现,直接或间接地影响着包括微电子、信息、化学、生物学等诸多领域以及与之相联系的众多新兴边缘学科。 山西大学光学学科始建于1978年,该学科被山
I. Overview Quantum optics is a quantum theory method to study the physical properties of light and the interaction of light and matter. It covers several second-level subjects in the first-level disciplines of physics and crosses with many other disciplines. Quantum optics is one of the important foundations of modern optics and even physics. The discovery and application of quantum states, quantum communications, quantum computer, Bose Einstein condensate, atomic laser and a series of important discoveries in new fields of quantum optics, directly or indirectly, including microelectronics, information, chemistry, biology, etc. Many fields and the many emerging edge disciplines associated with it. Optical University of Shanxi University was founded in 1978, the subject was mountain