Quantum Computing Dataset of Maximum Independent Set Problem on King’s Lattice of over Hundred Rydberg Atoms

本数据集名为‘Quantum Computing Dataset of Maximum Independent Set Problem on King’s Lattice of over Hundred Rydberg Atoms’，由韩国科学技术院物理系和韩国大学物理系的研究团队创建。数据集包含582,916次Rydberg原子测量事件，用于解决King’s Lattice上多达141个原子的最大独立集问题。数据集内容包括原始图像数据、多体基态的二进制判定和分类图数据。创建过程中，使用光学镊子阵列随机加载原子，并通过量子绝热计算编程解决MIS问题。该数据集主要应用于量子计算行为的分析、量子相变探索以及Rydberg原子方法在优化问题中的基准测试。

This dataset, named *Quantum Computing Dataset of the Maximum Independent Set Problem on King’s Lattice with Over One Hundred Rydberg Atoms*, was constructed by research teams from the Department of Physics of the Korea Advanced Institute of Science and Technology (KAIST) and the Department of Physics of Korea University. It contains 582,916 Rydberg atom measurement events, which are used to solve the maximum independent set (MIS) problem for up to 141 atoms on a King’s lattice. The dataset includes raw image data, binary decision results of many-body ground states, and classified graph data. During its development, optical tweezer arrays were utilized to randomly load atoms, and quantum adiabatic computing programming was adopted to address the MIS problem. This dataset is primarily applied to the analysis of quantum computing behaviors, the exploration of quantum phase transitions, and the benchmark testing of Rydberg atom-based methods for optimization problems.