内容：

Micro optical cavities can be used to collect photons emitted from the ions more efficiently, or to achieve strong coupling between photons and ions. In this talk, I will discuss a fundamental challenge to integrate micro cavies with linear trapped ions, as well as some other more already-known technical challenges, including ion heating, charge noise, cavity fabrication, and fibre coupling. I will also introduce some of our technologies to battle these challenges in OIST, including bipolar RF driving, SLE laser machining, conductive shielding, GRIN lens splicing, and active-feedback laser ablation.

人物介绍：

高少博，2021年牛津大学博士毕业，现工作于冲绳科技大学院大学Experimental Quantum Information Physics (EQuIP) unit 博士后，主要从事可拓展性量子计算，光学微腔和离子阱集成的技术研究，相关成果发表于Physics Review Letter等期刊18篇。