AI 中文总结
本研究结合热力学与光学，探究含整体单极子的非对易史瓦西黑洞的范德华行为，通过机器学习分析发现该模型与M87*黑洞的观测数据相匹配。
AI 中文摘要
结合热力学与光学，我们研究含整体单极子的非对易史瓦西黑洞的范德华行为。首先，我们检验约束热力学恢复的此类性质，利用这些热力学结果，通过结合事件视界望远镜（Event Horizon Telescope）的观测结果与范德华极限来推导其阴影。在此背景下，我们开展机器学习研究以确定该模型与M87*、SgrA^*_{\rm VLTI}及SgrA^*_{\rm Keck}黑洞的经验数据的兼容性，结果发现该模型与M87*的观测数据相匹配。
英文摘要
Combining thermodynamics and optics, we investigate the Van der Waals behaviors of non-commutative Schwarzschild black holes with global monopoles. First, we examine the constrained thermodynamic recovering such properties. Using these thermodynamic results, we approach the shadows by merging Event Horizon Telescope findings and the Van der Waals limits. In this context, we provide a machine learning study to determine the compatibility with the empirical data of M87^*, SgrA^*_{\mathrm{VLTI}}, and SgrA^*_{\mathrm{Keck}} black holes. As a result, we find that such a proposed model matches with the M87^* observational data.
Comments16 pages, 3 figures, 3 tables, Latex, Authors are listed in alphabetical order. Comments are welcome
