Data underlying the publication "Satellite-assisted quantum communication with single photon sources and atomic memories".

Code and data for the results shown in the paper "Satellite-assisted communication with single photon sources and atomic memories". This physics paper presents a setup for space-based quantum networks based on cavity-coupled individually trapped alkali atoms. This hardware has demonstrated the capability of generating atom-photon entanglement, near-deterministic Bell measurements through Rydberg mediated atom-atom interaction, and long-lived qubit states. We show that high-rate entanglement can be achieved over intercontinental distances with orders of magnitude fewer memory modes than previous architecture for similar performance metrics.<br>The dataset includes the Python code for the model presented in the paper, as well as the simulation data used in the figures of the manuscript.<br>Please see the README.txt file for intructions on how to reproduce the figures.

本数据集包含论文《基于单光子源与原子存储器的卫星辅助通信》（Satellite-assisted communication with single photon sources and atomic memories）中展示的实验结果所使用的代码与数据。该物理学论文提出了一种基于腔耦合独立囚禁碱金属原子的星载量子网络搭建方案。该实验硬件已验证了多项核心能力：可生成原子-光子纠缠、通过里德伯介导的原子-原子相互作用实现近确定性贝尔测量（Bell measurements），以及制备长寿命量子比特（qubit）态。研究表明，在相似性能指标下，相较于此前的量子网络架构，本方案可在洲际距离下实现高速率纠缠分发，且所需存储器模式数量可降低数个数量级。<br>本数据集包含论文中提出的模型对应的Python代码，以及手稿配图所用的仿真数据。<br>请参阅README.txt文件，获取复刻论文配图的操作说明。