Can you die if you fall into a black hole? Can a person die if he falls into a black hole?

<> first honored with your question. The black hole is the most mysterious and powerful celestial body in the universe, the mystery is that its structure is very special, the essence of the black hole is a space-time singularity, but its mass and gravity are so strong that it is incomprehensible, even light can not escape its gravitational pull, which shows in disguise that once the black hole is not attracted, even if you use great strength can not escape. That's the power of black holes!

Interstellar. It is a very good movie, and the author has also watched it many times and was shocked by its description. What struck me the most was that black holes seem to have the ability to turn back time and the energy of multiple spaces, and when you go into the interior of the black hole, you enter a wireless and vast space, which is layered and intertwined.

But science fiction movies are science fiction movies after all, and real black holes are not!

Although today's technology cannot directly observe black holes, simulations of black holes show how powerful they are. Once the star enters the interior of the black hole, it is torn to pieces and then slowly swallowed along the accretion disk. Since the black hole has such a strong gravitational force, then its rotation speed is definitely the fastest in the universe, imagine that when matter enters the black hole, even if it can survive, when it enters the inside of the black hole, it will be melted by high temperatures, where the temperature is very high, scientists have ** about tens of millions of degrees Celsius.

of high temperatures. <>

Scientists say that if a black hole can tear matter into pieces and swallow it and release powerful rays, it means that the temperature inside it is extremely high, and any matter can be torn apart and dissolved, and part of the energy will be swallowed by the black hole, and the other part of the energy will be ejected by the black hole, forming an extremely powerful gamma-ray burst.

Therefore, whether it is a human being or any matter that enters the interior of a black hole, it faces nothing more than death. You may see the universe and the space-time that are not necessarily, but unfortunately, you cannot get out of there, you are faced with endless darkness!

Through the above answers, I believe you have understood this principle, yes, it is precisely because the black hole is the most powerful celestial body in the universe, so it is very mysterious, mysterious to the point of incomprehensibility, assuming that one day we can really solve the mystery of the black hole, human beings will become the master and controller of the universe!

A black hole is a celestial body that exists in the universe in modern general relativity. The gravitational pull of a black hole is extremely strong, allowing the escape velocity within the event horizon to be greater than the speed of light. Thus, "a black hole is a celestial body with such a curvature of space-time that no light can escape from its event horizon".

I feel like I'm going to die, after all, black holes exist in the universe. If nothing else, the lack of air alone will suffocate you.

If you fall into a black hole, you will definitely die, the attraction of a black hole is very large, even if a huge meteorite falls into a black hole, it will instantly turn into ashes, you can imagine what will happen if you fall into it.

will die, the universe is a vacuum, if people are not protected by aviation devices, they will die quickly, if there is a device and fall into a black hole, the black hole is an existence that no light can escape, and people will be "torn to pieces" before entering the black hole, and there is no possibility of survival.

Personally, I think that if you fall into a black hole, you will definitely die, because I think that there is no food, no water, or even no oxygen in the black hole, so people cannot survive in the black hole.

If you fall into a black hole, you will die, and the black hole can absorb alien celestial bodies, and if you fall into it, you will be sucked away immediately and will tear apart.

No, theorem says, he can't disappear out of thin air, and the same is true in a black hole. It is possible to enter a wormhole and squirt out of a white hole. Enter another dimension.

If you accidentally fall into a black hole, is there still a chance to live?

I don't know if I'll die, because no one has ever fallen into it, so I think I'm going to die.

Summary. A person who falls into a black hole will die. The probability of a living person falling into a black hole is almost zero, and the body of a person who falls into a black hole will eventually be pulled by tidal forces, infinitely pulled, imagined as a rubber band, and if it is pulled infinitely, it will become infinitely thin.

It will be as fine as a scale smaller than the Planck scale, at this time the laws of classical physics will not work, and the state to be described by quantum mechanics belongs to the quantum superposition state (chaotic disordered state), imagine that the smallest unit at that scale is not in the form of particles, but a cloud of quantum probability strung together.

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A person who falls into a black hole will die. The probability of a living person falling into a black hole is almost zero, and the body of a person who falls into a black hole will eventually be pulled by tidal forces, infinitely pulled, imagined as a rubber band, and if it is pulled infinitely, it will become infinitely thin. It will be as fine as a scale smaller than the Planck scale, at this time the laws of classical physics will not work, and the state to be described by quantum mechanics belongs to the quantum superposition state (chaotic disordered state), imagine that the smallest unit at that scale is not in the form of particles, but a cloud of quantum probability strung together.

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Falling into a black hole will die. will be torn to shreds before splitting. A black hole is a massive and gravitational object, which can literally be understood as an invisible "bottomless pit".

The British geographer John Michel was the first to raise the problem of black holes, who proposed in 1783 that if a celestial body had the same mass as the Sun and the diameter of the object was only about 3 kilometers, the gravitational pull on the surface of the object was so great that even the fastest photons in the universe could not escape its surface.

The evolution of black holes:

A black hole is a singularity with infinite density, infinite curvature of space-time, infinitely small volume, and infinite heat in the center, and a part of the surrounding empty celestial region, which is not visible within the scope of this celestial region. According to Albert Einstein's theory of relativity, when a dying star collapses, it will gather into a point where it will become a black hole, swallowing all light and any matter in the adjacent cosmic region.

Usually, stars initially contain only hydrogen, and the hydrogen nuclei inside the star collide with each other and fuse. Due to the massive mass of stars, the energy produced by fusion competes with the gravitational pull of the stars to maintain the stability of the star structure. As a result of the fusion of hydrogen nuclei, a new element, helium, is produced, and then the helium atoms are also involved in fusion, changing their structure to form lithium.

By analogy, according to the order of the periodic table, beryllium, boron, carbon, nitrogen, etc., will be formed in turn, until iron is formed, and the star will collapse. This is due to the fact that iron is fairly stable and the energy released when participating in fusion is less than the required energy, so fusion stops.

Iron is present in the interior of the star, which causes the star to not have enough energy to compete with the gravitational pull of the massive star, which causes the star to collapse and eventually form a black hole. It is called "black" because it generates a gravitational pull that makes it impossible for the light around it to escape. Like neutron stars, black holes evolve from stars that are tens or even hundreds of times more massive than the Sun.