Скачать или смотреть 五分钟光学: 上海交通大学张卫平教授谈量子-原子光学与量子精密测量

提到量子，大家常听到的是量子信息科学、量子通信、量子计算等词语。其实，这些热门方向最早的起点涉及到现代光学的两个重要分支——量子光学和原子光学。量子光学的发展和激光的出现密不可分，而激光冷却原子技术、玻色爱因斯坦凝聚的研究奠定了原子光学的发展基础。随着激光技术的推动，科学研究开启了原子-量子操控的时代，同时，量子光学开辟了光子操控的时代。

When it comes to quantum, people often hear words like quantum information science, quantum communication, and quantum computing. In fact, the earliest starting point of these popular directions involves two important branches of modern optics - quantum optics and atomic optics. The development of quantum optics is inseparable from the emergence of lasers, while the research on laser cooling of atoms and Bose-Einstein condensates laid the foundation for the development of atomic optics. With the promotion of laser technology, scientific research has entered the era of atomic-quantum manipulation, and quantum optics has opened up the era of photon manipulation.