What happens if you fall into a black hole? What to do if you fall into a black hole

In fact, we have all heard of black holes, but we may not have seen them yet, although scientists have captured a black hole ** through the telescope before, it is also a very real **, but you are not very clear, and some black holes ** and information for reference are also very few.

1. Black holes. The gravitational pull of the black hole is very strong, so that the escape speed in the event horizon is greater than the speed of light, that is, the black hole can absorb the energy of the speed of light, even the light can not escape the absorption of the black hole, the movement can not be directly observed, the mass of its existence can be obtained by indirect means, and its impact on other things can be observed, and the edge information of X-rays and Y-rays is radiated by friction caused by the gravitational pull of the black hole before the object is sucked in, you can get information about the existence of black holes. The existence of black holes is likely to be determined by indirect observation of the orbits of stars and interstellar cloud groups, and their position and mass can also be obtained.

2. Characteristics of black holes.

As far as the current characteristics of black holes are concerned, they can be divided into 4 categories according to their physical properties, one of which is a non-rotating and uncharged black hole, and there are 4 types of non-rotating charged black holes, rotating charged black holes, rotating charged black holes, etc., and it is also necessary to know that the Cole Newman black hole is actually a rotating charged black hole, and the black hole horizon and the infinite redshift plane of this structure will be separated, and will be divided into two, one is the outer horizon and the inner horizon, which have corresponding energy stored there, rather than one-way energy, so the characteristics of black holes are still comparativeWell, it's hard to guess, but at the moment there are only four categories of traits, but of course there may be more traits to increase as science and politics expand in the future.

3. What happens if you accidentally fall into a black hole.

Of course, there is a curiosity here, if a person accidentally falls into a black hole, although this situation is not possible for the time being, if it is according to the existing data, if a person falls into a black hole, first of all, it will definitely be the huge heart of the black hole, from the original position to the center of the person will be pulled into a very long strip, and according to the strength of the rotation, it will rotate itself into a snail circle, at this time you will feel that the place near the black hole will also be very strong, You'll be mobilized in places that tend to be like a gummy that has been torn open, but it may not be possible to imagine it after entering a black hole. After all, it is not yet known the structure inside the black hole and whether there are signs of life after entering it.

You may be swept up in an unknown world, or you may die due to lack of oxygen in the process of falling into a black hole.

It is very likely to be destroyed, because the power of the black hole is relatively large, and then it is also possible to shatter the bones, and everything around it is black.

It should be death, after all, black holes are very mysterious, and everyone does not fully understand black holes, so death is also the final outcome.

Chen's Universe Model (Chinese Taiji Universe Model): If you fall into a black hole, congratulations, you become a part of it. You will lose consciousness before you fall in, because your body has already been destroyed by the tremendous energy.

The atomic structure of your body is transformed into the same composition as a black hole by the action of a huge amount of energy.

You form part of the black hole, and each of your atomic structures may drift around, and they may be present in any region of the black hole.

With the eruption of a black hole, some of the black hole material transformed by the atomic structure of your body will shoot into interstellar space with superluminal speed, becoming a cloud of matter.

These clouds of matter, if they happen to be captured by the Earth, fall to the ground to form basic substances that are digested and then absorbed by a pregnant woman. Absorbed by the fetus, congratulations, you have been reborn as part of the human being.

If you fall into a black hole, stay calm and stay away from the gravitational center of the black hole. If there is no rotating black hole, Dust Tremor may consider using the black hole's gravitational pull to slow down or create artificial gravity. If Sun Chan can't escape the black hole, he needs to find help, and use technology to send a signal to ask for rescue.

However, this approach requires a solution to be developed on a case-by-case basis, and any solution is risky due to the special nature of black holes.

Summary. Hello, dear, glad to answer for you: the solution to fall into a black hole:

If a person falls into a black hole, then his time is equivalent to a stop relative to reality, which gives us the possibility of rescue and escape, at present, there is only one way to escape a black hole, is to use a other black hole (if you have a way to use gravity to put two black holes together) Normally, the area where the event horizon of two black holes intersects will be extremely distorted to produce wormholes, and people will travel through time and space and even go to other universes; If it is a very special case, and the physical properties of the black hole are basically equal in mass, charge, angular momentum, etc., then there may be a legendary extradimensional space in which anything can happen, and then time and space are completely meaningless in it. <>

Hello, dear, I'm glad to answer for you: the solution to falling into a black hole: if a person falls into a black hole, then his time is equivalent to stopping relative to reality, which gives us the possibility of rescue and escape, at present, there is only one way to escape from a black hole, which is to use another black hole (if you have a way to use gravity to put two black holes together) Generally speaking, the area where the horizon of two black holes intersects will be extremely distorted to produce wormholes, and people will travel through time and space and even go to other universes; If it is a very special case, and the physical properties of the black hole, the positive charge, and the angular momentum are basically equal, then there may be a legendary extradimensional space in which anything can happen, and then time and space completely lose their meaning in it.

A black hole is a celestial body that exists in the universe in modern general relativity. The gravitational pull of a black hole is so strong that the escape velocity within the event horizon is greater than the speed of light.

Thus, "black holes are celestial bodies with such a large curvature that no light can escape from their event horizons." <

Once a person falls into a black hole, he will be torn apart by the gravitational difference, and he will never be able to come out again.

There is a gravitational pull between all the objects, and in most cases, this gravitational pull is very weak. But black holes are different, the gravitational pull they exert is so strong that nothing (including light) can escape. The mass of the black hole's oaks is so great that time in the black hole begins to bend.

Because the gravitational pull on each part of the body is different, the closer it is to the black hole, the greater the gravitational force it exceeds. Since the gravitational pull of a black hole is extremely strong, the corresponding gravitational difference is also doubled and magnified, so when a person falls into this type of black hole, it will not crush you at first, but will stretch every part of your body at different speeds, just like pulling ramen. Before you know it, it will happen in an instant.

The black hole refers to the internal singularity plus the peripheral horizon, the singularity inside the black hole is infinitely small, the density is infinitely high, and the gravitational force generated is strong enough to distort space-time, and the light is attracted by the gravitational attraction of the black hole, and it cannot escape, simply put, the black hole is a celestial body with great curvature of space-time, and the fastest speed in the universe is the speed of light.

Each celestial body has its own "escape velocity", and only after reaching this velocity, can it get rid of the gravitational attraction of this celestial body, which means that after entering the gravitational range of the black hole, it can no longer escape, after all, the fastest speed in the universe cannot leave the gravitational range of the black hole.

The gravitational pull of the black hole's singularity creates a "horizon range", causing the surrounding space-time to bend, like a bottomless abyss, attracting everything around it.

Through quantum entanglement, a wormhole can be formed between two black holes.

This black hole connects the space points in the two black holes, if a person accidentally falls into the black hole, we can make a black hole outside the black hole, and then form a wormhole connected to the black hole by establishing entanglement, and the person who falls into the black hole may be transported out through the wormhole and successfully escape.

Introduction to Quantum Entanglement:

It is not only to achieve faster-than-light quantum read-through in the future, but also to realize the super-space-time teleportation of objects, which I believe you have seen in some science fiction movies.

Astronauts land on the surface of a planet from a spaceship, and do not need to land directly on the spacecraft, but directly teleport the astronaut from the spacecraft to the planet through space-time teleportation, and when they return to the spacecraft after completing the mission, they can also come back directly through space-time teleportation.

Astronauts only need to carry a teleportation device, this space-time teleportation technology in science fiction movies is similar to the quantum entanglement technology studied by scientists, if we can realize the quantum entanglement application of objects, then the space-time teleportation in science fiction movies may also be realized, and the function may be more powerful than the trap in the movie.

Once this technology is realized in the future, it will be much easier for humans to land on other planets, for example, if we want to land on Mars and the Moon from the Earth, we can establish a quantum entanglement channel on Mars and the Moon.

Then a channel is also established on this side of the earth, and when the quanta on both sides are entangled, a space gate will be formed, through which you can travel between the planets.