Optical Clock Arrays for Quantum Metrology

这个实验项目将使用激光冷却的锶原子阵列来应用于光钟和精密频率测量。这项研究将涉及使用超稳定激光和飞秒梳状系统，以及最先进的激光冷却和捕获方法。研究领域包括利用高里德堡能级产生纠缠态，以及开发在单粒子水平上询问原子阵列的新方法。

This experimental project will use an array of laser-cooled strontium atoms for applications in optical clocks and precision frequency measurement. The research will involve using ultra-stable lasers and femtosecond comb systems, as well as state-of-the-art methods for laser cooling and trapping. Areas of study include generating entangled state using high-lying Rydberg energy levels, and developing new methods for interrogating atomic arrays at the single-particle level.