There was another universe before the big bang - and energy from it is coming out of black hole said the winner of nobel prize
There was a universe before the Big Bang happened, and evidence of its existence can still be seen in a Black hole, a Nobel Prize-winning physicist has said.
Sir Roger Penrose recently made this claim after winning the award for Einstein's theory of general relativity and proof of the existence of a Black hole.
Sir Roger stated that the existence of unexplained spots of electromagnetic radiation in the sky - known as 'hawking points' - are remnants of the previous Universe.
This is part of the "analogous cyclic cosmology" theory of the universe, and it is suggested that these points are the final removal of the energy known as 'Hawking radiation', which is transferred from the old universe by a black hole.
A black hole is a region of space where matter collapses on its own, and it has so much gravitational force that even light cannot escape. Any thing cannot cross black hole.
This types of an event can occur at the center of our galaxy; Reinhard Genzel and Andrea Ghez, who shared the Nobel Prize with Sir Roger, offered the most compelling evidence of a supermassive black hole in the middle of the Milky way galaxy.
There is a possibility that the time of complete evaporation of a black hole may exceed the age of our present universe, and therefore cannot be detected.
"I claim that Hawking that there is an observation of Hawking radiation. The Big Bang was not the beginning. According to the Big Telegraph, there was something before the Big Bang and something similar will happen in our future ”, said Sir Roger.
We have a universe that expands and expands, and all the mass fades away, and in this crazy theory of mine, that distant future becomes the Big bang of another cycle.
"So our Big Bang started with something that was the distant future of the previous Aeon and similar black holes would be evaporating through Hawking evaporation, and they would produce these points in the sky, which I call Hawking Points I say.
"We are watching them. These points are approximately eight times the diameter of the Moon and are slightly warmer regions. There is very good evidence for at least six of these points. "
However, many people have criticized/judge this idea and the presence of radiation types from these black holes could not be confirmed.
Furthermore, if a large universe in one existence is to become an infinitely small universe in the next, it will be necessary that all particles lose their mass as a universe, an assumption that is also met with skepticism/daubt.
According to standard cosmology, the universe underwent a brief expansion or ology inflation after the Big Bang, which would have overcome the irregularities in the structure of the universe.
"People were very skeptical/confused at the time, it was long before the black hole was accepted ... their importance, I think, is only partially appreciated", he said, as reported by the BBC .
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