Data underlying the manuscript "Direct coherent manipulation of an Andreev spin-orbit qubit"

<strong>Data processing and plotting repository of the manuscript titled </strong><em>Direct coherent manipulation of an Andreev spin-orbit qubit</em><strong>.</strong><br> <br> This repository contains two zip files: Data_processing_and_plotting.zip and Raw_timetraces.zip.<br> <br> The first zip file contains all of the processing and plotting of the data for the manuscript in addition to all of the paper figures. It also contains most of the raw experimental data, with the exception of the raw time traces used to plot Figs. S4, S5 and S6 of the SUpplementary Information. These are are very large in filesize, and are provided separately in the Raw_timetraces.zip file.<br> <br> The data processing and figure plotting occur in separate Jupyter notebooks and are executed using Python 3. For this we make use of the conda environment management system, and a self-contained environment that contains all the necessary libraries is provided in the sqds_env.yml file located in Data_processing_and_plotting`. It can be installed with conda env create -f sqds_env.yml.<br> <br> <strong>Data_processing_and_plotting.zip</strong><br> This file contains all of the processing and plotting of the data for the manuscript titled <em>Direct coherent manipulation of an Andreev spin-orbit qubit</em>. In addition it contains most of the raw data, with the exception of the raw time traces which are provided in a separate file.<br> <br> The file contains the following folders:<br> <br> * Raw_data - Folder containing the raw data saved with the NetCDF framework using the xarray python package. This does not include the raw time traces that are processed in notebook 1_processing_data.ipynb. These files are available separately in the same data collection.<br> <br> * Processed_data - Folder containing intermediate data resulting from each processing step and the final processed data ready to plot.<br> <br> * Figures - Folder containing the output figures in PDF format.<br> <br> It then contains the following Jupyter notebook files:<br> <br> * 1_processing_data.ipynb - notebook that processes all of the raw data and stores the results in the `Processed_data` folder.<br> <br> * 2_plot_figures.ipynb - notebook that constructs the main text and supplementary figures. Figures generated by this file are saved in the `Figures` folder.<br> <br> <strong>Raw_timetraces.zip</strong><br> This file contains the raw time traces used in the manuscript titled <em>Direct coherent manipulation of an Andreev spin-orbit qubit</em>. Specifically, it contains the raw data used to generate Figs. S4, S5 and S6 of the Supplementary Information.<br> <br>

<strong>题为《Andreev自旋轨道量子比特（Andreev spin-orbit qubit）的直接相干操控》的手稿的数据处理与绘图仓库</strong>。<br> <br> 本仓库包含两个压缩文件：Data_processing_and_plotting.zip和Raw_timetraces.zip。<br> <br> 第一个压缩文件包含手稿数据的所有处理与绘图代码，以及论文的全部图表。它还包含大部分原始实验数据，但补充信息中图S4、S5和S6所用的原始时间轨迹除外。这些文件尺寸极大，因此单独存放在Raw_timetraces.zip文件中。<br> <br> 数据处理与图表绘制通过独立的Jupyter笔记本（Jupyter notebook）完成，并使用Python 3执行。为此，我们采用conda环境管理系统，且在Data_processing_and_plotting目录下提供了包含所有必要库的自包含环境文件sqds_env.yml。该环境可通过命令conda env create -f sqds_env.yml安装。<br> <br> <strong>Data_processing_and_plotting.zip</strong><br> 该文件包含题为《Andreev自旋轨道量子比特的直接相干操控》的手稿数据的所有处理与绘图代码。此外，它还包含大部分原始数据，但原始时间轨迹除外，后者存放在单独的文件中。<br> <br> 该文件包含以下文件夹：<br> <br> * Raw_data - 存放通过xarray Python包（xarray Python package）基于NetCDF框架（NetCDF framework）保存的原始数据的文件夹。其中不包括在笔记本1_processing_data.ipynb中处理的原始时间轨迹，这些文件可在同一数据集中单独获取。<br> <br> * Processed_data - 存放各处理步骤产生的中间数据及可用于绘图的最终处理数据的文件夹。<br> <br> * Figures - 存放PDF格式输出图表的文件夹。<br> <br> 此外，它还包含以下Jupyter笔记本文件：<br> <br> * 1_processing_data.ipynb - 处理所有原始数据并将结果存储在`Processed_data`文件夹中的笔记本。<br> <br> * 2_plot_figures.ipynb - 生成正文及补充图表的笔记本，其生成的图表保存于`Figures`文件夹中。<br> <br> <strong>Raw_timetraces.zip</strong><br> 该文件包含题为《Andreev自旋轨道量子比特的直接相干操控》的手稿中所用的原始时间轨迹。具体而言，它包含用于生成补充信息中图S4、S5和S6的原始数据。<br> <br>