Data underlying the publication "Above-Unity Coherent Cooperativity of Tin-Vacancy Centers in Diamond Photonic Crystal Cavities"

Data underlying the research article "Above-Unity Coherent Cooperativity of Tin-Vacancy Centers in Diamond Photonic Crystal Cavities". In this physics experiment, we demonstrate and quantify the coherent interaction of Tin-Vacancy centers with diamond photonic-crystal cavities. The measurements are performed in a quantum optics setup.The dataset contains both measured and simulated data, as well as the Python code used to analyze and reproduce the figures presented in the main text and appendix. The measurements are conducted using the Python 3 framework Quantum Measurement Interface (QMI), and data are collected with a Python-based data acquisition framework, Quantify (see the appendix for more details and references). The measured and simulated data are stored in individual HDF5 files, with a unique timestamp and identifier. The analyzed data is stored in HDF5 files named 'processed dataset'.Please see the README.md file for instructions on how to analyse the data and reproduce the figures

本数据集为研究论文《金刚石光子晶体腔中锡空位中心的超幺相干协同效应》提供数据支撑。在该项物理实验中，我们实现并量化了锡空位中心与金刚石光子晶体腔之间的相干相互作用，实验测量基于量子光学平台完成。本数据集包含实测数据与仿真数据，以及用于分析并复现正文与附录中所有图表的Python代码。本次测量依托Python 3框架量子测量接口（Quantum Measurement Interface，QMI）开展，数据采集则使用基于Python开发的数据采集框架Quantify完成，更多细节与参考文献详见附录。实测数据与仿真数据分别存储于带有唯一时间戳与标识符的HDF5文件中；经分析处理的数据则存储于名为"processed dataset"的HDF5文件中。如需了解数据分析与图表复现的操作指南，请参阅README.md文件。