If one can get infinitely close to the center of the black hole, it is not immortal in the eyes of o

No. Because black holes are very dense and gravitationally strong, people who are infinitely close to the center of the black hole will be infinitely close to death.

Theoretically possible.

Mathematically, any object with mass can become a black hole. This means that if you compress everything into a small enough space, everything else becomes a black hole, which is called the Schwarzschild radius. If man wants to turn himself into a black hole, then he must find a way to condense all the matter that makes up the body, into an area one-sixth smaller than a grain of sand.

Causes of the formation of black holes.

A black hole is not a tomb for a celestial body, but a body of a celestial body. When a star is about to die, a white dwarf is formed based on the difference in its mass.

Neutron stars and black holes, these three substances are arranged according to the mass of the star from small to large. In other words, not all stars die to form black holes, and only more massive stars become black holes after they die.

The death of stars, like their birth, collapses under their own gravity. This collapse creates new stars at the time of star birth and black holes at death.

"Black hole", this star has an almost infinite density and considerable gravitational pull. Within the horizon of a black hole, neither the escape velocity of light nor the electromagnetic waves can escape its enormous gravitational pull.

First, let's talk about the concept of time near and inside a black hole. The more inward a black hole is, the slower time becomes.

According to the general theory of relativity, space-time will bend under the action of the gravitational field, and we on Earth, because the gravitational field has a small effect, the distortion of space-time is basically non-existent.

Therefore, space-time around the black hole is bent by the gravitational field, and the closer you get to the center of the black hole (the singularity), the gravitational pull is greater. As we go deeper into the black hole, space-time becomes more distorted until we reach the singularity of the black hole, where the distortion of space-time reaches infinity, at which point space and time no longer make sense, and all the laws of physics based on the concepts of time and space as we know them will become invalid.

If humanity is sucked up by a black hole.

Before being sucked into a black hole.

Any object has been torn apart, so that a person is stretched and torn apart before entering the event horizon of a black hole. From the outside world, it seems that due to the gravitational redshift, he will fall towards the event horizon in a slower and more slow, never-ending process, and at the same time, the wavelength of the photon will also be stretched due to the gravitational redshift, and we will theoretically be unable to observe what is happening there when we get close to the event horizon.

Suppose humanity enters the singularity.

If humans really enter the singularity of a black hole and are not torn apart by strong gravity, there are currently three possibilities after being sucked into the singularity.

1.Perhaps into a parallel universe (into a higher dimension of space).

2.Or travel through time to the future (it seems that time inside a black hole stops from the outside, so it comes out shortly after entering the black hole, but on the outside world it has been at least a few decades).

3.There is also the possibility of being "spit out" from another white hole.

Black holes may lead to four-dimensional or five-dimensional worlds or parallel worlds of higher dimensions, or they may cross time to the future, and many more possibilities.

Theoretically, yes. Because according to the known black hole theory, the time of a black hole is static, so it can be said that a person is immortal after falling into it.

In the case of giant black holes, the ramen effect is negligible, and except for the powerful radiation that will kill you, other conditions are basically not a threat to survival. From the perspective of the entrant, the distortion of space-time creates a very magical optical spectacle, and after entering the horizon, everything behind you is destroyed, because at the boundary of the horizon, the subjective time is completely perpendicular to the outside world, and after a moment, the outside is already eternal. I don't know after that.

From the perspective of a bystander, the entrant is getting redder and darker, slower and slower, farther and smaller, until it disappears, because from the perspective of the external reference frame, the time and space approaching the black hole are distorted to infinity, so people will never really enter the black hole.

Introduction to black holes: Black holes refer to an ultra-high-density celestial body in the universe, which is a black body that does not reflect light at all, so it is called a black hole in Mingxin. Black holes are caused by the gravitational collapse of stars larger than the Sun after they run out of fuel for nuclear fusion reactions and "die", which can produce a strong magnetic field of the old acacia.

Black holes are mostly the places where the stars in the universe die, and if you want to compare them, black holes are a graveyard and a garbage station. So what is inside a black hole is simply understood as the remaining energy of the universe or the celestial bodies swallowed by the black hole, such as: compressed light, squeezed planets.

Entering a black hole does not lead to immortality. A black hole is formed by the collapse of a star or other celestial body, and its gravitational pull is extremely large, for example, if a person enters a black hole in the source, he will be sucked into it by the gravitational force of the black hole, which will be compressed infinitely, and finally become a very small point. This is because black holes are so powerful in distorting space and time that they even break the laws of conventional physics.

If a person enters a black hole, he will experience a period of free fall, and then get closer and closer to the center of the black tank crack seepage hole, and finally be compressed into a very small point. Therefore, those who enter the black hole will be destroyed, not immortal. Modern physics cannot give a definitive answer to the mystery of the center of the black hole, which is still a very esoteric and mysterious field.

According to current scientific understanding, black holes are celestial bodies formed by the collapse of supermassive objects, and their gravitational pull is so strong that even light cannot escape. Due to the extremely special and extreme physical properties of black holes, we have limited understanding of the situation inside black holes, so there are still many unknowns about the nature of segmented reentry inside black holes. According to Einstein's theory of general relativity, once an object enters the interior of a black hole through its event horizon, it will inevitably be subjected to the extreme gravitational pull of the black hole and be led towards the center of the black hole, the singularity of the black hole.

The singularity inside a black hole is an extremely dense and extremely hot region, and the state and nature of matter and energy cannot be determined. Current scientific theories suggest that objects entering the interior of a black hole may experience extreme gravitational gravitational gravitational forces and violent bending in space, eventually being torn apart into the most basic particles of matter. Therefore, according to our current understanding, the interior of a black hole is not a place where objects can be immortalized.

It should be emphasized that the situation inside black holes is still the domain of scientific research, and there are still many unsolved mysteries and unanswered questions. In the process of studying black holes and the universe, scientists continue to make observations, theoretical deductions and numerical simulations in order to better understand the nature of black holes and the physical phenomena inside them. But at present, the singularity inside the black hole is still something that we cannot directly observe and verify.