Data supporting PhD Thesis "The Tin-Vacancy Center in Diamond as a Quantum Network Node"

Data supporting PhD Thesis "The Tin-Vacancy Center in Diamond as a Quantum Network Node". Within this thesis, a quantum network experiments (single qubit control of the tin-vacancy center, control of surrounding nuclear spin, photon interference of remote tin-vacancy centers) are performed with the goal to establish the tin-vacancy center in diamond as a new platform for quantum networks. The data for these experiments stems from single-photon detection events. The detection events are either integrated and interpreted as a readout signal for the qubit state, or time-resolved in order to investigate the optical properties of the tin-vacancy center. All data is stored using xarray and saved as .hdf5 file. The data is structured by the chapters of the thesis, more details can be found in the README.

本数据集用于支撑博士论文《金刚石中的锡空位中心作为量子网络节点》（The Tin-Vacancy Center in Diamond as a Quantum Network Node）。本论文以将金刚石锡空位中心开发为新型量子网络平台为目标，开展了一系列量子网络实验，包括锡空位中心的单量子比特（single qubit）调控、周边核自旋（nuclear spin）调控，以及远程锡空位中心的光子干涉（photon interference）实验。本系列实验的数据均来源于单光子探测（single-photon detection）事件，此类探测事件既可以经积分处理后作为量子比特状态的读出（readout）信号进行解析，也可通过时间分辨（time-resolved）测量以研究锡空位中心的光学特性。所有数据均通过xarray库进行结构化组织，并以.hdf5格式存储。数据按照论文的章节结构进行分类，更多细节可参阅README文件。