Sometimes it’s hard to part Science fiction of science in real life. Movie productions present facts with so much data that fans of movies like “Interstellar” and “Star Trek” end up creating their own theories about space.
In “Interstellar”, the Earth suffers from severe environmental crises. Faced with this situation, scientists are looking for ways to find other habitable planets for Earthlings. In this context, they discover that one way to reach another planet is through a woodworm hole🇧🇷 But what are they?
Woodworm hole
Officially, the wormhole is called the “Einstein-Rosen bridge”, as these were the scientists who first described the possible phenomenon that would be capable of intergalactic travel in a short period of time.
Given this information, it is worth noting that time is nothing but a creation of human beings and it passes in different ways on other planets of the world. Universe.
Science is always capable of discovering new things, but so far the wormhole is just a theory.
Despite this, nothing prevents this space-time continuum from continuing to be studied and investigated so that, who knows, new discoveries can be made.
Black hole
Furthermore, what we have as proof – even including photos – is the existence of black burraco through outer space.
Were discovered through General Theory of Relativityof Einstein, and differ from wormholes in that they are not a bridge between two universes or a “shortener” of the path within the same universe.
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The first photographic recording of a black hole was made on April 10, 2019. Countless scientists and telescopes have worked so that this black hole could be recorded.
Before the recording, there were only simulations of Albert Einstein’s age-old dream. However, in theory, if a black hole was paired with a twin mirror, it would be called white hole and could form a wormhole.
However, these white holes would not have the resemblance to a wormhole, as portrayed in “Interstellar”-like films.
white hole
Unlike black holes, in a white hole there would be a singularity at its center, plus many events around it.
In a hypothetical situation, a person inside a possible white hole could never reach the event horizon from the outside due to the fact that the speed is greater than the speed of light.
Traditionally, wormholes are highly unstable; thus, there would be a collapse if a single particle came into contact with them.
Finally, some physicists predict that a wormhole could gain stability if it were formed from a spinning black hole. However, a spinning black hole would not be a safe scenario for all of us.
