黑洞的合并通过引力波证实了爱因斯坦的相对论和霍金的区域理论。 Black holes' merger confirmed Einstein’s relativity and Hawking’s area theorem through gravitational waves.

KAGRA、LIGO和Virgo的合作通过分析GW250114的引力波,证实了关键的黑洞理论,GW250114是两个黑洞的结合,每个黑洞是太阳质量的32倍。 The KAGRA, LIGO, and Virgo collaborations have confirmed key black hole theories by analyzing gravitational waves from GW250114, a merger of two black holes each about 32 times the Sun’s mass. 这次探测比第一次探测高三倍,提供了史蒂芬·霍金地区理论和罗伊·克尔1963年解决方案的最精确测试,显示最后一个黑洞的表层面积增加,其“断线”产生两种不同的频率匹配预测。 The detection, three times louder than the first, provided the most precise test yet of Stephen Hawking’s area theorem and Roy Kerr’s 1963 solution, showing the final black hole’s surface area increased and its "ringdown" produced two distinct frequencies matching predictions. 这支持爱因斯坦的一般相对论和对黑洞物理学的深入理解,预计随着下一代探测器,如激光干涉仪空间天线,未来观测结果将得到改善。 This supports Einstein’s general relativity and advances understanding of black hole physics, with future observations expected to improve with next-generation detectors like the Laser Interferometer Space Antenna.