QR.bizNewsChinese team spots monster black hole 70 times bigger than Sun

Chinese team spots monster black hole 70 times bigger than Sun

First, of which are stellar black holes, these are more common, up to 20 times more massive than the Sun and form when a star collapses in on itself.

The stellar black hole, LB-1, was discovered by Chinese astronomers and is said to have a mass 70 times greater than our sun, according to a press release from the Chinese Academy of Sciences. He further states that typical stars in the Milky Way shed most of their gas through stellar winds.

That said, the Chinese-led team noted that, if LB-1 were closer, it would be less luminous and less massive - and its observed temperature can not be explained with less luminosity. "Now theorists will be challenged to explain his training ".

"Black holes of such mass should not even exist in our galaxy, according to most of the current models of stellar evolution", he added.

The "monster", located 15,000 light-years from Earth, has been officially named LB-1 by the Chinese-led research team.

But that assumption was metaphorically crushed in the gravity of a "monster" black hole that a group of Chinese-led global scientists discovered inside our own galaxy.

Ideally, no black hole can be larger than 20 times that mass of our sun. Professor Liu goes on to say that spotting this black hole proved to be a challenge because of the possibility that only one star may be orbiting around a black hole.

Astronomers in China have discovered something that technically shouldn't even exist, at least according to what humans understand about space, black holes, and physics.

"The discovery of a 68-solar-mass black hole in LB-1 would confirm their existence in our Milky Way". Another theory that scientists have been putting ahead is that it may be two Black Holes orbiting each other.

According to Chinese astronomers who discovered LB-1, it is possible that the big black hole is not formed by the collapse of a star, but is the result of two smaller black holes in orbit.

The findings were published November 27 in the journal Nature.

This artist's concept shows the most distant supermassive black hole ever discovered.

The researchers note that another possible explanation is that the black hole formed from a "fallback supernova", which is a theoretical event wherein a supernova expels materials that are then sucked back into the supernova and creates a black hole.

Out of the 100 million black holes believed to exist in our galaxy, Liu said, only 4,000 "can give you X-rays that can be detected by us".

Most black holes are found via their dramatic activity in X-rays or gamma rays, which are emitted as the behemoths gobble up nearby gas and dust.

The researchers at the Chinese Academy of Sciences tried a different approach.

The powerful stars in the mass range that could deliver a black hole are relied upon to take their lives in what is known as a couple flimsiness supernova that totally wrecks the excellent center.

Artist's impression of LB-1

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