Vyacheslav Dokuchaev, an employee at the Moscow Nuclear Research Institute, suggested a hypothesis. He proposed that so-called “black holes” can contain not only different microparticle matter, but entire planets with living organisms.
Scientist suggests they can rotate inside the hole in stable orbits, reports pravdareport.com
According to our most common notions, everything that enters a black hole is absorbed by it and disappears. Is that so? It turns out that, until recently, even scientists had a very vague idea of what is happening deep in black holes.
Calculations by a physicist, Vyacheslav Dokuchaev, showed that, under certain conditions, an object such as a rotating charged black hole can have a very complex internal structure, within which both small particles, photons, and protons, such as macroscopic bodies, can be rotated. complete and even planets. around the central singularity.
The singularity is the central area of the black hole, the point where the coordinates of space and time become infinite. How does it look “in practice”? For example, if a conditional observer falls into a zone of attraction for a black hole, he first passes the event horizon.
This is the way that astrophysics calls an imaginary limit in space-time that separates the events that can be affected from the point of view of infinity (the past), or those that one can learn about (the future), and those who cannot be affected or are unknown. This has to do with the assumption that no information can spread faster than light.
From the point of view of an observer who got into a black hole, light can be freely distributed both towards and away from it. However, after crossing the event horizon, you can never go beyond your limits. If there is an object below this horizon, it can only move within the black hole and cannot return to outer space.
Theoretically, a conditional observer who passes the event horizon for some time ceases to exist, but can then come to a very strange place where the radial dimension of space has the properties of time. It is possible for the observer to reach the stable orbit (of course, this is not the orbit in the usual sense, it bears little resemblance to the conventional planetary orbit).
However, the researchers suggested the existence of such orbits previously for those types of supermassive black holes that, in addition to an external event horizon, also have an internal “Cauchy horizon”, beyond which time and space acquire their properties. usual. However, this phenomenon has not been studied in detail.
According to Dokuchaev, such orbits lie outside the equatorial plane of a rotating black hole, and therefore their enormous gravity no longer affects objects at their limits. Objects move there, rotating around the singularity, just as planets rotate around the central star, for example, the Sun.
However, unlike ordinary orbits, these are not circular, but have a more complicated shape that resembles a crown of petals. The planet that orbits that orbit will receive energy from both the singularity and the photons trapped in the orbit.
There is something else. According to Dokuchaev, on such planets, in principle, complex chemicals can form and reactions can occur between them, and therefore there may be appropriate conditions for life. The scientist believes that a highly developed civilization that uses the hole as an ideal refuge can be detected inside the black hole.
“Advanced civilizations can find safe haven in the bowels of supermassive black holes in active galactic centers, while remaining completely invisible to any outside observer,” Vyacheslav Dokuchaev said.
He added, however, that to ensure a comfortable existence under such conditions, representatives of this civilization will have to learn to counteract gravitational forces, as well as adapt to exist in violation of causality due to space-time distortion.
Dokuchaev’s hypothesis is impossible to verify. Even if there are planets inside black holes with some kind of civilization, the event horizon will protect them forever from prying eyes. Disapproval of this theory is only possible by demonstrating that black holes do not exist in principle.
