Russian scientist believes in the possibility that highly developed extraterrestrial civilizations might live inside the black holes.
Black holes in space, as we all know, ‘swallow’ anything found before them. All objects that fall into the trap of black holes get lost in the “eternal oblivion.” It seems that some scholars don’t agree.
A Russian scientist developed a new theory, which states that some black holes may have a more complex internal structure, which lets photons, particles, and even planets rotate in orbits inside their core without getting lost in their abyss.
Senior Fellow at the Moscow Institute of Nuclear Research Vyacheslav Dokuchaev explained that black holes are the remnants of massive stars. The fact is that when a star goes out, the pressure within it is insufficient to keep the gravity. The result is a gravitational collapse when the star “falls inside”.
Over time, the entire mass of the stellar body gets concentrated in a single point of microscopic size. It is called the point of singularity.”On the outside, at a rather large distance of about 10 million km, there is a so-called event horizon. It is a place where photons can still fly with the speed of light. Everything that is inside can’t fly out”, said the scientist.
The Cauchy horizon
Dokuchaev thinks that beyond the event horizon there is a so-called Cauchy horizon, an area where space and time acquire their normal qualities. Objects within it revolve in the same way as planets in our solar system. However, the planet orbits aren’t circular but have a more complex structure.
Astrophysicists have known for some time that there are charged and rotating areas within the black holes where objects like photons can survive in stable periodic orbits. Dokuchaev studied these orbits in detail and examined their dynamics.
One of the problems that initially seemed that would destroy any chance of the existence of planetary orbits inside the black holes was the way the dimensions of space and time behave.
It is known that when an atom goes through a black hole, it reaches a region in which the radial dimension is converted into the “time dimension” but not into the “spatial” one. Conventional orbits are clearly not present in these areas.
However, when the object travels more “deeply”, there is another horizon where the dimensions change again. It is called the Cauchy horizon and it is the place where there may be planets, according to the Russian scientist.
Dokuchaev calculated that the stable orbits have a rich structure and will be additionally ‘lit’ by the gravitational anomaly and photons trapped in the same orbit.
And here arises a very interesting question: If so, can a planet in such an orbit support the complex chemical reactions that allow the existence and evolution of life?
According to the scientist, in these conditions, the formation of complex chemical substances is quite probable, therefore, there could be all the preconditions for the emergence of life.
Dokuchaev claims that it’s quite probable that advanced alien civilizations might live inside the black holes because they would be quite a safe place to live as far as a planet orbiting a star lives no longer than the star itself, while the lifetime of a black hole is infinite.
“Advanced civilizations could live safely inside a black hole without being seen by anyone“.
However, in order to live inside the event horizon, one should have a strong technological base because it’s easy to fall in the hole, but it’s very difficult to “settle up” at a stable regular orbit within it. Such a civilization would have to live in extreme conditions, such as massive energy density and huge tidal forces generated in these stable orbits as photons are trapped.
The real evidence of the existence of black holes was found by astrophysicists and astronomers recently, only 20 years ago. To date, a few black holes are discovered, including a giant black hole in our galaxy. By weight, it is a million times heavier than the Sun, and the stars lying around this black hole move at a speed ten times faster than all the other stars.
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