The universe can be produced from black holes

"Despite the most extraordinary efforts, we still cannot go back to the past, to consider what happened in the first moments of cosmic birth. But we know that, there is only one case in the history of the universe, where the singularity exists and that is inside a black hole, " said physicist Ethan Siegel in Forbes.

It sounds like a crazy idea, but according to Siegel's report, there is an accurate view that is not that Big Bang is not the result of a star. sucked into the black hole, in an alternate universe, there are four dimensions. In fact, this idea was first raised by theoretical physicists at Perimeter Institute and the University of Waterloo in Canada in 2014. Despite the outstanding efforts of other physicists, no one This hypothesis can be rejected.

Now let's go to the second step in the hypothesis. According to what we know about Big Bang, immediately after the singularity, the universe began to expand. Within a fraction of a second, the universe experienced an intense bulge, its size increased to about 1026, before slowing and slowly expanding. In three-dimensional space, a black hole produces a two-dimensional event horizons . This basically means that they have enveloped the two-dimensional space border, marking "points that cannot be returned".

The singularity of the black hole has yet to be discovered.(Photo: NASA).

Black holes and Big Bang have in common, they are the only two examples of the singularity we know about the universe. A singularity is merely a point where the laws governing the universe cannot be applied.

The universe is dominated by two laws of quantum mechanics for small objects such as particles and relativism for large objects such as stars, planets, friends and me. If you calculate super speed, black holes will defy these laws, because their event horizon is bigger than all that can be explained by the shape of the particles inside it.

"The laws of physics that we know are broken at the singularity, which we calculate at the center. If we want to describe it correctly, there must be a merger between mechanics. quantum and relativity , " explained Siegel. Until now, even though we have not yet had a single theory to apply to everything, our understanding must end at a singular point.

Predictive model of physicists.(Photo: Cmlee).

Three physicists from the Premier Institute and the University of Waterloo proposed ideas two years ago, that two singularities may be one and the same. Perhaps our universe was born from a bizarre point of an extremely large black hole. Or to put it another way, maybe the universe is a three-dimensional space surrounded by an event horizon of another universe. "In this situation, the universe will explode when a star in the four-dimensional universe collapses into a black hole , " the scientists explained.

While we cannot calculate exactly what happened to the singularity in the black hole , what we can know is what happened in the boundary of the event horizon. And it is closely linked to what happened at the time of the birth of the universe, Siegel said.

Of course, all these ideas are still hypothetical until we have a unified measurement method between quantum mechanics and relativity, and can return to the beginning of the singularity. But until then, the best thing to consider is that based on this idea we have an additional guess about the formation of the universe. Because it will really be a long time for us to have a single theory to measure those things.