If we are so lonely in our Universe, then maybe we should look for brothers in mind in other, parallel dimensions? Why not assume that our world has a "double"? There may be many inhabited planets, the inhabitants of which may well be like us. What about scientific evidence? - you ask. Indirect, but they are!
Light of other worlds
So, every year the area of the Universe available for observation increases by one light year. It is difficult even to imagine how many generations must change before we get to the inhabited worlds … But we are talking about our own Universe for now. And other Universes may have other physical characteristics of space and time. Therefore, even our distant descendants are unlikely to ever be able to see them.
But there is also a version about parallel worlds adjacent to ours. The idea that random quantum processes cause the universe to “multiply” into many copies of itself is very attractive.
And you can simply reject physical laws, presenting them to yourself as pure abstraction. More recently, researchers from the European Space Agency made a truly sensational discovery. In the field of their attention came the relic radiation, during the study of which by means of super-powerful telescopes, anomalous areas were discovered, characterized by such a bright luminosity that it can in no way correspond to the laws of physics. This confirms the theory that parallel universes are capable of penetrating, seeping into each other …
Presumably, we are talking about matter that arose simultaneously with the birth of the Universe. And the "luminous spots" are a trace of ancient contact with another space … Different dimensions could have different physical constants.
Ranga-Ram Chari, a Californian scientist of Egyptian origin, analyzed the data and discovered "noise" that can only remain from the contact of two spheres (bubbles) in which universes are believed to originate.
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Physics and mythology
Ranga-Ram Chari at the Max Planck Observatory managed to get photographs from space, which captured flares, which, in all likelihood, are the hypothetical lines of contact of the two universes. As a result, the researcher came to the conclusion that after the Big Bang, space was a collection of "soap bubbles" that constantly burst, releasing energy that contributes to the endless expansion of our Universe and stimulates the formation of many other worlds.
Elena Gimadieva