微波测量中的光与实际原子能级相互作用的理论计算

生产方式：利用Mathematica，课题组自主编程，然后在课题组服务器上运行计算得到里德堡原子电磁感应透明效应（EIT）和Autler-Townes（AT）分裂光谱，然后通过对光谱的进一步分析，得到微波电场强度。采集地点：清华xxx和国科大雁栖湖校区学园二-159实验室。采集时间：2020年1月至2022年5月。设备情况：苹果的移动工作站MacBook Pro和Dell T7920。服务器放在清华大学能科楼B301室和中国科学院大学的雁栖湖校区学园二-159实验室。

Production Method: Using Mathematica and independently developed codes by the research group, calculations were executed on the group’s servers to obtain the Rydberg atom electromagnetically induced transparency (EIT) and Autler-Townes (AT) splitting spectra. Subsequent spectral analysis was conducted to derive the microwave electric field intensity.
Data Collection Locations: Tsinghua University xxx and Laboratory 159, Campus 2, Yanqi Lake Campus, University of Chinese Academy of Sciences.
Data Collection Period: January 2020 to May 2022.
Equipment Used: Apple MacBook Pro mobile workstations and Dell T7920 workstations. The servers are deployed in Room B301, Nengke Building, Tsinghua University, and Laboratory 159, Campus 2, Yanqi Lake Campus, University of Chinese Academy of Sciences.

搜集汇总

背景与挑战

背景概述

该数据集通过理论计算研究微波测量中光与原子能级的相互作用，具体涉及里德堡原子的电磁感应透明效应和Autler-Townes分裂光谱分析，以推导微波电场强度。数据基于Mathematica编程在服务器上运行生成，采集于2020年至2022年期间，总数据量为478.71MB，包含130个文件。