一个巨大的黑洞破碎了一颗恒星, 创造了最明亮 已知的光爆发, 释放的能量 比典型的超新星多100倍。 A massive black hole shredded a star, creating the brightest known burst of light, releasing over 100 times more energy than a typical supernova.

一项新研究发现,由巨大的黑洞造成的光速快速蓝色光学瞬间(LFBOTs)是太阳质量的100倍,在极端的潮汐干扰中撕裂伴星。 A new study identifies luminous fast blue optical transients (LFBOTs) as caused by massive black holes, up to 100 times the Sun’s mass, tearing apart companion stars in extreme tidal disruptions. 最明亮的事件,AT 2024wpp, 释放的能量比典型的超新星多100倍以上, 数据显示黑洞周围的原已存在的气体光环 导致强烈的蓝色、紫外线和X射线排放 当恒星被切碎时。 The brightest event yet, AT 2024wpp, released over 100 times more energy than a typical supernova, with data showing a pre-existing gas halo around the black hole leading to intense blue, ultraviolet, and X-ray emissions when the star was shredded. 以40%的光速移动的喷气机产生无线电信号,支持一种模型,即大规模黑洞通过与巨型恒星的长期互动而生长,改变对极端天体物理过程的理解。 Jets moving at 40% light speed produced radio signals, supporting a model where massive black holes grow through prolonged interactions with massive stars, reshaping understanding of extreme astrophysical processes.