Why would I need an optical frequency comb? (Chinese)

Within two decades, the optical frequency comb has revolutionized numerous fields in physics: Precision spectroscopy, time and length-metrology, molecular fingerprinting, and ultra-low phase noise microwaves mark just a few application examples. Being the only device with the ability to directly link the optical with the radio frequency domain, the frequency comb has become an irreplaceable tool, and not only for quantum optics laboratories.

As pioneer and the market leader of optical frequency comb technology, in the first part of this webinar miniseries Menlo Systems elaborates on the basic physics of frequency combs, their key benefits, and on different applications which are exploiting the unique features of an optical frequency comb. A live product demo illustrates the ease of use and versatility of Menlo Systems' compact and turnkey SmartComb. Students, non-expert users, and everybody who is interested in the comb technology and its applications will benefit from this webinar.

自20世纪末以来，光学频梳技术的发展和其广泛应用已经彻底改变了物理学的许多领域。精密光谱学、时间和长度计量学、天文光谱、高精度时频基准和传递、光钟计时和比对、分子指纹学和超低相位噪声微波只是其中几个常用的应用实例。作为现今唯一能够直接连接光频和无线电射频的设备，光学频率梳不仅仅应用于量子光学实验室，亦成为在与光学频率相关的几乎所有领域中不可替代的工具。

作为光学频率梳技术的技术发明先驱和市场领导者，在网络研讨会系列的第一部分，Menlo Systems将阐述光学频率梳的基本物理原理、其主要技术优势以及基于其独特功能的不同应用。研讨会中还将展示一款易用且多功能的紧凑版光学频率梳交钥匙系统SmartComb。相关专业学生以及研究人员以及开发者和所有对光梳技术及其应用感兴趣的人都将从这次网络研讨会中受益。