论文标题
来自二进制黑洞合并事件的重力波数据的黑洞热力学第二定律的数值测试和分析
Numerical Test and Analysis of the 2nd Law of Black Hole Thermodynamics with Gravitational-Wave Data from Binary Black Hole Merger Events
论文作者
论文摘要
二元系统中黑洞合并的重力波检测为测试黑洞热力学的第二定律提供了一个绝佳的机会。在本文中，我们回顾了如何计算任何天体物理黑洞的熵，并使用Ligo和Pirgo的质量以及从过去几年中检测到的黑洞合并事件的旋转数据测量来执行熵计算，并数值测试了热力学的广义第二定律。此外，我们分析了黑洞合并事件的初始参数之间的数学相关性，以证明并得出结论，定理将始终保持。
Gravitational-wave detections of black hole mergers in binary systems offer an excellent opportunity to test the 2nd law of black hole thermodynamics. In this paper, we review how the entropy of any astrophysical black hole is calculated and we use LIGO and VIRGO's mass and spin data measurements from black hole merger events detected over the past years to perform entropy calculations and numerically test the generalized 2nd law of thermodynamics. Besides, we analyze the mathematical correlation between the black hole merger event's initial parameters to prove and conclude that the theorem will always hold.
