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The black hole sits five billion light-years from Earth. It lies at the centre of a giant galaxy in the Cosmic Horseshoe ...
8 小时on MSN
史上最庞大黑洞现身!质量达太阳的363亿倍:距地球50亿光年
快科技8月11日消息,天文学家通过韦伯望远镜的观测,在距离地球50亿光年的SDSS J1148+1930星系中发现了一个超大质量黑洞,其质量达到了太阳的363亿倍,接近理论上限。
天文学家在距离地球 50 亿光年外的狮子座双星系引力透镜系统 Cosmic Horseshoe 中发现了至今最重的黑洞。其质量是银河系超大质量黑洞的 1 万多倍,太阳质量的 360 亿倍。Cosmic Horseshoe ...
Astronomers have identified an ultramassive black hole that could be the largest ever measured, hidden in a distant galaxy ...
Astronomers spotted the ultramassive black hole inside the Cosmic Horseshoe, an equally gargantuan galaxy so powerful that it ...
4 天on MSN
36 billion solar masses: Cosmic Horseshoe galaxy harbors what may be the most massive black ...
Astronomers have discovered potentially the most massive black hole ever detected. The cosmic behemoth is close to the ...
15 小时
ScienceAlert on MSN36 Billion Suns: Record Black Hole Discovery Could Be as Big as They Get
Theoretically, there's no limit to how massive a black hole could grow. In practical terms, other constraints, such as the ...
Astronomers have identified a 36-billion-solar-mass black hole in the distant Cosmic Horseshoe galaxy, using a new technique ...
3 天
Space.com on MSNThe biggest black hole ever seen? Scientists find one with mass of 36 billion suns
About 5 billion light-years away from where you're sitting, in one of the most massive galaxies on record, there exists an ...
1 天
The Brighterside of News on MSNAstronomers detect the largest black hole ever observed - Mass equal to 36 billion suns
Astronomers have reported a colossal find in a famous warped ring of light. Inside the galaxy that forms the Cosmic Horseshoe ...
1 天
India Today on MSN36 billion times the size of Sun: Biggest black hole ever discovered
This ultramassive black hole, weighing in at an astonishing 36 billion times the mass of our Sun, dwarfs the black hole at ...
3 天
ZME Science on MSNA Supermassive Black Hole 36 Billion Times the Mass of the Sun Might Be the Heaviest Ever Found
Across the cosmos, heavier galaxies tend to host heavier black holes, a pattern known as the M–σ relation. But the Cosmic ...
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