Monitor the emergence of a giant black hole at 9 billion light-years



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An international team of astronomers recorded gravitational waves resulting from the fusion of black holes, thus forming a giant new black hole, distant 9 billion light-years away.

The size of the new black hole is about 80 times that of the sun, according to a report from the Australian National University of Canberra.

"Black holes increased their circulation before integration, which helped scientists monitor the wave of intense gravity," said Professor Susan Schott, report leader. "This phenomenon is unprecedented in the history of astronomical observations".

Scientists have said the black hole collision is a rare and unique phenomenon, where the area where the collision prevents any space crime from leaving, even if it flies at the speed of light.

In 2017, astronomers only tracked the phenomenon, over a distance of 3 to 6 billion light years.

The recording of gravitational waves, coming from these remote black holes, will allow scientists to adjust the design of the telescopes, which will allow them one day to take a look at the beginning of the telescopes. 39; universe.

The first gravity waves were recorded in 2015 by the LIGO telescope. American physicists Rainer Weiss and Perry Birch won the 2017 Nobel Prize in Physics for this achievement.

(Qena)

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