Data: Equations of state from chiral interactions with ADC Green's function and coupled-cluster

This dataset collects a set of predictions for the EOS of pure neutron matter and symmetric nuclear matter obtained with a variety of chiral interactions and ab initio techniques, most notably, algebraic diagrammatic construction (ADC) and coupled-cluster. These results have been originally presented in the following publications: - F. Marino, W. Jiang, and S. J. Novario, "Diagrammatic ab initio methods for infinite nuclear matter with modern chiral interactions", Phys. Rev. C 110, 054322 (2024). - F. Marino, C. Barbieri, and G. Col\`o, "Gorkov algebraic diagrammatic construction for infinite nuclear matter", Phys. Rev. C 113, 064301 (2026) - F. Marino, C. Barbieri, G. Col\`o, W. Jiang, and S. J. Novario, "Ab initio Green’s functions approach for homogeneous nuclear matter", PoS, QNP2024 , 180 (2025).本数据集收录了通过多种手征相互作用（chiral interactions）与从头算（ab initio）方法得到的纯中子物质和对称核物质的物态方程（Equation of State，EOS）预测结果，其中代表性方法包括代数图论构造法（algebraic diagrammatic construction，ADC）与耦合簇（coupled-cluster）方法。 这些研究结果最初发表于以下学术出版物： - F. Marino、W. Jiang与S. J. Novario：《基于现代手征相互作用的无限核物质图论从头算方法》，《物理评论C辑》（Physical Review C）110卷，054322（2024年）。 - F. Marino、C. Barbieri与G. Colò：《无限核物质的戈尔科夫代数图论构造法》，arXiv:2601.03763。 - F. Marino、C. Barbieri、G. Colò、W. Jiang与S. J. Novario：《均匀核物质的从头算格林函数（Green’s functions）方法》，《科学会议录》（Proceedings of Science，PoS），QNP2024，180（2025年）。