Does the depths of a black hole really make time stand still?

No, although observations suggest that black holes are a very common phenomenon in the universe, scientists do not yet know exactly what the inside of black holes looks like.

No, time will keep moving. Black holes have a huge gravitational field hidden in them, so strong that any matter, including photons, can only enter and cannot escape.

No, time will keep flowing. There are explanations about black holes as follows: Black hole general relativity.

A particularly dense dark object prophesied.

An object that is stationary on the surface of a black hole is stationary in time, and it will find that an object that falls in from outside the black hole falls into the black hole in an instant.

There is no place in the universe where time stands still, just as absolute zero is impossible, as long as matter is in motion, it proves that time exists.

No, black holes are extremely massive condensations, and the space-time around them is so curved that even light cannot escape.

Yes, in the depths of a black hole, time stands still and all matter stands still.

No one can explain this now. It also needs some scientific astronomers and astronauts to explore.

Current science is not yet able to detect the concept of time standstill.

I don't know, no one has ever been to the depths of a black hole.

I don't know, the current technology can't explain whether it will stand still or not.

No one can go into the depths of the black hole, so no one knows.

There is no concept of time and space inside a black hole.

Time in the event horizon of the black hole, that is, the curvature of the space becomes infinite in the black hole, and the space shrinks to 0 dimensions (no space) at the central singularity Solution:

The inner center of the black hole: the singularity-structural model ** solution:

The numbers in the figure represent the smallest unit of indivisible positive and negative chord information - string bits

Famous physicist John. John Wheeler famously said, "It from bit."

After the development of quantum information research, this concept was sublimated to the point that everything originates from qubits) Note: Bits are bits.

Time is relative. Time is a concept that is artificially defined.

Within a black hole (event horizon), time outside the black hole (event horizon) is meaningless, and the moment a person enters the black hole event horizon, he will see the universe directly to the end.

Relative to the outside world, the object entering the black hole is equivalent to "stopping", that is, there is no time in the black hole, and when someone raises his hand when he enters the black hole, then he "sees" from the outside world that he will always raise his hand, of course, we may not be able to observe the appearance of his hand raising.

There is no time inside a black hole. If you don't believe me, just go in and take a look.

According to Einstein's theory of general relativity, there is also the theory of the event horizon when black holes are approached. Black holes have a horizon in shape, and the light in the horizon cannot escape from Bu Chaozheng, and the time flow is slower outside the horizon. The event horizon divides the black hole and our universe into two separate planes and planes, becoming two independent systems.

Theoretically, the closer you get to the event horizon, the slower time will be, and the moment you get past it, time stops.

Summary. Hello dear! We're glad to help you with your questions!

Time in a black hole is relatively static for the following reasons: it's just an illusion of time that seems to stop within the event horizon, and the light is attracted by a huge gravitational pull and can't escape, making the scene seem to be still (of course, we can't observe it there, because of the fact that light can't escape, we actually see a black hole more than we might see), because our perception of time is through the perception of events.

Hello dear! We're glad to help you with your questions! Time in a black hole is relatively stationary for the following reasons:

It's just an illusion that time stops like stopping, and the light is drawn by a huge gravitational pull and can't escape, making the scene seem to be still (of course, we can't observe it there, because of the fact that light can't escape, we actually see a black hole on the hail than we might see), because our perception of time is through the perception of events.

Time stop in a black hole refers to the area on or infinitely close to the singularity at the singularity, and not all time points from the event horizon to the singularity are stopped, it is a process that slows down time and finally condenses; On the contrary, the white hole is also like this, and from a large area, the destruction and burial of the whole is a time reversal, but the white hole also has a so-called singularity, and its singularity or none.

According to the general theory of relativity, when an object is sucked into a black hole, it experiences a gravitational time delay effect, which means that its time lapse slows down. Specifically, when an object is sucked into a noisy black hole, the speed of time passing slows down to near standstill.

When an object enters a black hole, it is subjected to a gravitational pull so strong that the velocity also disappears. Therefore, no matter what object hits the skin and enters the black hole, its time will slow down. This effect is known as the gravitational time delay effect, and it is very noticeable in phenomena near black holes.

According to the general theory of relativity, when an object is sucked into a black hole, its time lapse slows down, and this also applies to the inside of a black hole. In a black hole, the gravitational pull is infinite, so time also stops. In a black hole, there is no freedom in space, only being pulled by its gravity and moving towards the center of the black hole, but the inside of the black hole is free in the time dimension.

It should be noted that this is only a ** of general relativity, and there are many factors to consider in practice, such as the mass of the black hole, the speed of rotation, the radius of the event horizon, and so on. Therefore, we can't say with complete certainty that the time of entering the black hole will stop.

The absolute reference to the center of the earth is the Earth, since all the planets in the sky revolve around the Earth, which is consistent with the phenomenon we see, so from ancient Greece to the beginning of the 15th century, everyone believes that even the heliocentrism of Aristarchus is still drowned in the torrent of history. The ancient Greek Orpheus religion believed that the beginning of the universe was chaotic, and the emergence of time was accompanied by movement, and motion could distinguish chaos and gradually evolve into today's world, so time dominates the evolution of the universe If you just assume that you don't consider the speed of light or the problem of black holes tearing the human body, the answer is yes, you will be hungry. To an outside observer, this area simply stopped time!

However, it has the same way that time passes as ordinary space-time. In short, if there is a light-speed spaceship planned to travel in space in the future, you'd better help them prepare**.

Time accompanies the birth of the universe, and the universe begins the journey of time, and there is no place in the universe where time stands still. Of course, time at the center of the black hole does not stop. It is the place where tangible and intangible matter meet, and it is the beginning and end point of the cycle of life and death of matter.

The time of relativity is only at the photon level, and cannot go deep into the next universe. Of course, there is no time in the black hole. Whether black holes really exist is unknown!

Because the theory of relativity that proposes the concept of black holes may not correspond to objective reality. The main reason is that it is wrong to assume that the speed of light is constant! Since light is a changing electromagnetic field, only the relative light source velocity is constant in the vacuum, and the measuring device for the movement of the relative light source can measure different speeds of light; In a medium, the speed of light is determined by the nature and state of motion of the medium, and has nothing to do with the state of motion of the light source.

Essentially, when a medium is treated as a secondary light source, the speed of light is relatively constant with that of a secondary light source. Measuring devices moving within the medium can still measure different speeds of light. If the measuring device moves towards the light source at a speed of more than 85 kilometers in the atmosphere, it is entirely possible to measure the transmission speed of light higher than in a vacuum!

Time is the past, present, and future of everything in the universe. Before the formation of the universe, there was no time to form a singularity state. Only the matter produced by the singularity** has a concept of time in the continuous process of changes in the motion of space.

The universe has given rise to countless planets in its constant expansion. Some of these planets have bright futures, while others die.

When the internal fuel is depleted, some stars with a high enough mass. Under the weight pressure of the huge shell, it collapses due to the emptiness of the interior to form a black hole. Once a black hole is formed, the surrounding material is sucked into the pocket, and even light cannot escape the doom.

The inhaled celestial body will be compressed into a point of ultra-fine volume and infinite mass and density. The "new point" is like the singularity before the creation of the universe. Time also came to an abrupt end in a black hole.

The center of the black hole is temporarily at rest. Even the surroundings of the black hole, due to its strong attraction, can slow down time. The first factor.

The ancient Greeks had a deep understanding of time, at least they believed that time and motion were inseparable and an inseparable part of the evolution of the universe.

Black holes have a strong gravitational magnetic field, it is material, there is no matter at rest in space. That is to say, as long as it is material, it is in motion. Why?

As long as there is matter in space, it is not absolutely isolated, it is not produced for no reason, it is all produced in a certain motion system. In general, nature, the whole of space, is made up of matter in motion and space at rest. ”

Black holes are not formed by the collapse of evenly distributed matter, but by the implosion of the core of a massive star when nuclear fusion cannot continue. ”

Something inside a black hole is not static; The formation of a black hole is similar to the generation process of neutron stars, when a star is dying, the core will contract rapidly under the action of its own gravity, producing a strong ** force, and then a black hole will be formed.

I don't think anything inside a black hole is a stationary black hole, and the energy inside is very violent and there may be some peculiar changes; A black hole is the energy ** that occurs when two planets collide together, which leads to the birth of a black hole.