腔内多原子的控制数据集

腔内多原子控制主要面向少光子水平的非线性光学非互易传输调控的研究，以满足量子系统中无磁的光信号路由、抑制反向噪声、保护量子态等的需求。基于山西大学23℃-25℃，湿度为20%-60%的实验环境，由单光子探测模块记录产生，主要记录了腔透射、双稳、阻塞率等观测值，数据量195MB。

Multi-atom control in optical cavities is primarily oriented towards research on nonreciprocal transmission regulation of nonlinear optics at the few-photon level, aiming to meet the demands of magnet-free optical signal routing, backward noise suppression, and quantum state protection in quantum systems. The dataset was collected using a single-photon detection module under the experimental conditions of Shanxi University, with temperature ranging from 23°C to 25°C and humidity ranging from 20% to 60%. It mainly records observed quantities including cavity transmission, bistability, and blocking rate, with a total data size of 195 MB.