Astronomers recorded signals that came from the farthest corners of the universe. These signals demonstrate anomalies and destruction of the space-time continuum of outer space.
Scientists dared to express the opinion that the destruction of space is influenced by … another Universe! This is probably a direct proof of the multiverse theory. If this is indeed the case, then the other Universe differs from ours in all respects, it has its own physical laws and, in general, that world is not what we are used to seeing and knowing.
The team of scientists, led by Ranga-Rem Chari, used the Planck Space Telescope in their work and began to study the changeable microwave background. Having fixed the beams of light that appeared at the time of the Big Bang, the researchers drew attention to the fact that their brightness turned out to be anomalously high, which does not fit with the laws of physics and contradicts all calculations.
By studying microwave radiation, scientists have cleared the signal from "noise" in the form of galaxies, stars and other radiation sources. What should have happened in the end? A uniform and clean signal flow, but scattered and distorted areas were obtained in the picture, the brightness of which is 4500 times the general background. The Ranga-Rem Chari team is convinced that they are in front of the signals generated during the interaction of our Universe with some other and that this "touch" happened just a few thousand years after the Big Bang.
If there is such a strong impact and our Universe undergoes such colossal changes, then another Universe should be something beyond our imagination. The ratio of subatomic particles should be ten times greater than in our Universe, which means that all physical laws will have a completely different nature, and the general picture of a parallel world will be extremely unusual for humans.
This work has generated unprecedented interest from the scientific community and more and more scientists are inclined to the idea that we have before us proof of the existence of many Universes in some even more massive space. Let's call this hyperspace "superuniverse", which means that all the other Universes will look like soap bubbles, which are inflated simultaneously and at some point the soap surface touches and a partial merger occurs. Research on the subject is ongoing and intriguing indeed.