Rubidium atomic quantum system evolution simulation and entanglement generation assessment, code underlying the publication: Hybrid Quantum Repeaters with Ensemble-based Quantum Memories and Single-spin Photon Transducers

This is a collection of MATLAB codes simulating the quantum evolution of the Rubidium-cavity system. Based on this, we further calculate the performance of the entangled state generation. The code adopts the Rubidium model described in the paper and inputs from the "relative Clebsch-Gordan coefficient calculation" dataset and uses the quantum master equation to calculate the system evolution. This code produces several figures used in the paper.

本数据集包含一组用于模拟铷-腔系统量子演化的MATLAB代码。基于该模拟结果，我们进一步计算了纠缠态生成的性能表现。本代码采用了论文中所述的铷原子模型，输入数据取自「相对克莱布施-戈登（Clebsch-Gordan）系数计算」数据集，并通过量子主方程计算系统演化过程。本代码可生成论文中使用的多张配图。