Scalable cavity quantum electrodynamics

该项目将涉及芯片上机电可调谐纳米腔的设计、制造和测量。每个纳米腔将包含一个量子点，目的是使单个纳米腔在单个芯片上产生共振，并在强耦合状态下运行。量子点-纳米腔系统内部和之间的相干能量交换的相互作用将通过调谐腔和量子点的开关共振来探索，并可能应用于量子信息处理。

This project will involve the design, fabrication and measurement of on-chip electromechanically tunable nanocavities. Each nanocavity will contain a single quantum dot, and the aim is to bring individual nanocavities onto resonance on a single chip, and also operate in the strong coupling regime. The interplay of coherent energy exchange within and between quantum dot-nanocavity systems will be explored by tuning cavities and quantum dots on and off resonance, with possible applications in quantum information processing.