It turns out that the first super black holes were not very supernatural, as research indicates

All galaxies have a super black hole in their center. A new discovery does not contradict this observation, but it indicates that we were exaggerated in estimating the weight of some of these black holes already.

Astronomical physicists who use the very large telescope (VLT) in Chile found evidence that the Black Puncture of the Broid was ten times smaller than what theoretical models expected. If they can find similar behavior in other galaxies, this means that we are more blind to the dynamics of the early universe than we believed. The study, coming in the Journal of Astronomy and Astronomical Physics, is currently available as a prior power Arxiv.

“We have been late for the extent of the possibility that we discovered all these high -end black holes in very small galaxies after a short period of the big explosion,” Sib Hyingej, a study author and an astronomer at the University of Southampton said in a statement. “Our results indicate that the methods of weighing these black holes previously used do not work reliably in the early universe.”

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As for the study, the researchers trained VLT on a very luminous and far almost, which is likely to be formed in the days before the universe. The team’s recent technological progress allowed a significantly clear picture on how the attractiveness of the black hole formed the near matter.

The researchers were surprised by the amount of thick gas and stupidity around the black hole, which was absorbing the gas at an amazing rate. This is simultaneously created an extremist gas flow of the black hole, and they were mentioned in the paper. In fact, about 80 % of the gas surrounding the black hole were flowing, not in the study, according to the co -author Taro Shimizu, the astronomical physicist at the Max Planck Institute for Physics outside the planet in Germany, in one link Release.

Hyingej said that for an unknown observer, this black hole may make more than it is already. “Think about it like a cosmic hair dryer that has been set to the maximum strength of strength: the intense radiation around it is blowing everything away from it.”

As if to prove the Hoenig Point, the careful data audit revealed that the super black hole was about 800 million times from the mass of our sun – still huge, but about 10 times smaller than theoretical predictions.

Early universe

Astronomy has made great steps in understanding the dynamics of our world, but there are still many questions that have not been answered. A large part of these questions is related to the state of the universe in the very early days.

The effects of the new discovery are a new piece of puzzle and a reminder of the extent of its finding yet.

“If our results are typical, then this means that the black hole blocks in the early universe may be systematically exaggerated,” said Huinig. “This can reassess our models of cosmic development.”