Is a black hole a gateway and a shortcut to another universe, possibly a parallel universe?

No way. A black hole is not a hole, but a very tiny sphere, very dense, and rotates, the object attracted into it is compressed into a part of itself, and eventually the gravitational force is too great, and it will be ** once, become energy or stars, and the spacecraft will fly into it will be pulled into itself thousands of times longer because of the gravitational difference, and then compressed into a part of the black hole. The wormhole is the passage to the parallel universe, but you can't touch the edge when you pass through, otherwise it will be crushed by the parallel universe, unlike the black hole, the wormhole is a hole blasted out with high energy, but, who knows, maybe the power of our bombardment will destroy the universe, and it is not enough to penetrate the four-dimensional space to create a wormhole.

Forehead. The space-time distortion of a black hole changes the path of light from what it would have been in the absence of a star. The light is slightly deflected inward near the star's surface, and this deflection can be seen by observing the light emitted by distant stars during a solar eclipse.

When the star collapses inward, the space-time distortion caused by its mass becomes stronger, and the light deflects inward more strongly, making it more difficult for light to escape from the star. To an observer from a distance, the light becomes dimmer and redder. Finally, when the star shrinks to a critical radius (Schwarzschild radius), its mass causes space-time to distort so strongly that the light is deflected inward so strongly that it can no longer escape.

In this way, if the light can't escape, everything else can't escape, and it will be pulled back. That is, there is a collection of events or a region of space-time from which it is impossible for light or anything to escape to a distant observer, such a region is called a black hole. Its boundary is called the event horizon, and it coincides with the trajectory of light rays that just can't escape from the black hole.

So, a black hole could be a time-warping star.

It's still unknown, because the gravitational pull of a black hole is so strong that light can't escape, and everything that goes into the black hole is destroyed, and there's no known matter in the black hole, atoms, molecules, or even quarks, and all the theories that exist today will fail in a black hole, but again, because the gravitational pull of a black hole is so great that it can distort space, so it's possible for the landlord to speculate.

Say too much, and there is no result. Suffice it to say that in the world of science, nothing is impossible.

According to the current theory of physics, the situation within the event horizon of the black hole (including the singularity and its vicinity) cannot be accurately described, and it is necessary to wait for the further development of the theory of quantum gravity. To put it simply, black holes involve the problem of small volume and extremely massive problem, the corresponding gravitational-general relativity theory to solve the big and heavy problem in traditional physics, and the corresponding quantum mechanics to solve the small and light problem, but when the two are applied together (especially for the case of black holes), there will be many infinite results, indicating that there is a deep contradiction and new theories need to be developed to solve this problem.

From some of the preliminary results that have been obtained (mainly the analysis of individual solutions to the field equations of general relativity), it seems that the universe allows such "wormholes" to exist across time and space, but it requires enormous energy (perhaps even more than all the energy of the visible universe) to sustain on extremely short space-time scales.

In addition, string theory suggests that the contradictions caused by singularities such as black holes seem to be smoothly resolved, and the existence of "wormholes" is not necessary, but the current theoretical development is not mature enough.

In summary, the answer to this question cannot be confirmed or denied, but the only thing that is certain is that the violent fluctuations in space-time near the singularity and the strong gravitational force will tear apart any known material structure, and the passage may exist, but any known matter will be completely destroyed before it enters the passage.

I think no one can go in, because the energy of the black hole itself is very large. Even if it's a planet, as soon as it touches the black hole, it will be instantaneous**. Reduced to nothingness. Not to mention people.

<> there are many mysteries about the black hole in the universe, is there another parallel world in the black hole? Holes are celestial bodies, and inside are opposite spaces. It can suck the material outside the black hole into the black hole and turn it into the form of particles, which can then be ejected from the white hole through a special space tunnel.

That is, black holes and white holes sometimes form at the same time, or white holes take years to form, but there is a time lag between their formation. Black and White Holes: For Physics:

Time and space are reversed, and for mathematics: the coordinates are symmetrically reversed. Black holes and white holes have the same mass, but black holes and white holes have different volume formations.

The greater the mass and volume of the black hole, the longer the black hole will live. But after a black hole dies, it takes several years for the white hole to die. Unless black holes and white holes are artificially made, and at the same time forced to disappear.

White holes tend to exist in empty spaces where there are no galaxies (no matter) and large ejectors.

If there is a sparse galaxy in the white hole, the white hole jet is small. These atoms (particles) continue to coalesce to form nebulae, which then re-evolve several years later to give birth to stars, planets, comets, etc. Black holes are not another world, a simple analogy is similar to a black hole is sucked in by one end of a water pipe, and a white hole is ejected from the other end.

A black hole is a black hole, and it can't lead to any world. The fact that a black hole can attract light and cannot reflect it means that the gravitational pull of the black hole is quite large, and it also means that the specific gravity of the black hole is also quite high (density). The strong gravitational pull of the black hole, any matter attracted by the black hole, cannot escape by breaking free from the black hole's gravitational pull.

A black hole is a grave for any matter, not a door to another world. The eventual development of a black hole is a singularity.

The theory of the universe is a high-density singularity that produces the universe. The current black hole has the characteristics of a singularity, but it has not developed to the highest degree. There is no definite and accurate boundary called the "inside" of a black hole, and the event horizon is usually not called "inside" of a black hole.

Moreover, the event horizon does not belong to the black hole itself, but to the outside observer, and exists relative to the outside observer, and from the perspective of the black hole, there is no boundary around it called the event horizon. So, I don't think there's any concept of a black hole "inside and out" at all, it's just an artificial imagination. To put it another way, when you get closer to the event horizon of a black hole, there is a so-called event horizon ahead.

An ideal black hole where you are "in" and where you cannot "reach".

Unlikely, black holes should not enter another world, and black holes may be a kind of passage through the universe quickly.

There should be another parallel space in the black hole, this is just a guess, and no one knows what is in the black hole.

Black holes cannot be directly observed, but their existence and mass can be known indirectly, and their effects on other things can be observed. Information about the existence of a black hole can be obtained by emitting "edge messages" of X-rays and rays from friction caused by the acceleration caused by the gravitational pull of the black hole before the object is sucked in.

in our universe.

Three-dimensional space. or four-dimensional space-time.

To see, a black hole is a with.

The planet is about the same very small sphere.

Time in a black hole stops, which means that time in a black hole stays forever at the time or moment when it was formed. Therefore, from this perspective, it can be thought of as a black hole is also a channel, a passage to the past.

Time in the black hole is stuck in the past, and the person can't go in. Because, when entering such a black hole, the human body will be torn apart first. Well, even in this case.

It also makes no sense to go back in time in a black hole --

Only the soul. Go back in time.

There is also a theory that black holes are leading to other things.

A tunnel of time and space. The black hole is the entrance, and there is an exit (maybe a white hole).

If you can find a black hole that enters a tunnel to another space-time, and there is a way to prevent the destruction of the human body. Then, such a black hole may be able to become people.

A shortcut to the universe.

Black holes may indeed be our gateway to the higher-dimensional universe. When we fully unravel the mysteries of black holes, it may be the next technological leap for humanity to travel to the multiverse.

When! We all know that black holes are a mysterious celestial body that is unattainable and quite powerful for human beings.

The black hole theory first originated from Schwarzschild, a famous astronomer in the last century, according to Einstein's general theory of relativity.

A guess drawn by the formula; Subsequently, in 2017, it was thoroughly confirmed by NASA. Black holes have a destructive power beyond the reach of any celestial body, capable of devouring everything that passes in their path.

Of course, this also includes photons. Therefore, the existence of black holes has also aroused the curiosity of countless scholars, who are contributing to the theory of black holes in different ways. The center of the black hole, which we think is a Schwarzschild singularity; The Schwarzschild singularity symbolizes the disorder of the spatial environment and the temporal environment, which is the curvature of space-time.

a point of infinite expansion;

That's why the gravitational pull of a black hole is so huge. Of course, there are also many friends who are very curious, where did the planet that was swallowed by the black hole go? It's a cliché.

Stephen Hawking.

It is believed that these substances will of course also obey the ubiquitous law of conservation of energy in the universe.

It is converted into a form of energy, which is subsequently ejected by the accretion disk of the black hole; This energy is known as "Hawking radiation" by the academic community. But to date, we have not found any trace of it.

There are also a considerable number of scholars who believe that these substances are "dropped" or "transported" by black holes into other multiverses. That's right, superstring theory.

Believe that the essence of the universe is eleven dimensions.

a pluralistic world of tecformation;

Near the singularity of the black hole, there is a "wormhole" that appears with it. The wormhole is the bridge through which we can achieve space traversal. Objects that are swallowed by the black hole are teleported by wormholes to the cosmic environment of other dimensions.

In other words, black holes may be able to uncover interstellar travel for us.

The mystery.

No. Because black holes are very common objects in the universe, but with a strong gravitational pull, they will not be a passage to the next universe.

No way. The black hole is not a hole, but a very small sphere, very dense, and rotated, the object attracted into it is compressed into a part of itself by 4, and finally the gravitational force is too large, and it will be ** once, it will become energy or a star, and the spacecraft will fly into it first because of the gravitational difference will be pulled into itself thousands of times longer, and then compressed into a part of the black hole. The wormhole is the passage to the parallel universe, but you can't touch the edge when you pass through, otherwise it will be crushed by the parallel universe, unlike the black hole, the wormhole is a hole blasted out with high energy, but, who knows, maybe the power of our bombardment will destroy the universe, and it is not enough to penetrate the four-dimensional space to create a wormhole.

According to scientists, a black hole is not a gateway to the next universe, a black hole is nothing more than a substance capable of transporting other planets.

Not necessarily. In terms of human technology, there is very little research on black holes, and it is only a guess that black holes are the passage of another universe.

It is believed that black holes are singularities with infinite curvature of space-time, so black holes cannot be said to be just a little gravitational like neutron stars.

All the laws of physics are invalid there, so it's impossible to predict what will happen.

But the singularity may just be relative to us.

To use the analogy of Sembi, some creatures only live in one two-dimensional space, and suppose that there is a point in the space that connects another two-dimensional space with a line.

For those creatures, that point is their black hole, and they can't get close to the black hole like we do, so they can't know that there is a line connecting that point to another space for the time being.

But sail sellers who live in a dimension higher than them, such as us, can clearly see that it is just a straight line passing through two planes.

It is possible to have a higher dimensional space, and ours is like a plane of three-dimensional space.

So it's possible for a black hole to connect to another space.

You're talking about wormholes.

Black Holes and Wormholes].

According to the latest research, scientists believe that black holes may be wormholes leading to other universes. If this theory is correct, it could help explain quantum puzzles such as the information paradox of black holes, but critics point out that it will also create new questions, such as how wormholes are formed.

A black hole is an object with a strong gravitational pull, and no object – not even light – can escape after entering the boundary of its event. According to Einstein's theory of general relativity, a black hole can be formed from any matter as long as it can collapse into a small enough space.

Although black holes cannot be seen directly, astronomers deduce the location of some black holes by observing the surrounding material.

However, physicists Thibaut Damour from the Institut des Hautes et udes Scientifiques in the Bures-sur-Yvette region of Paris and Sergey Solodukhin from the International University of Bremen in Germany have come up with a new idea: these so-called black holes are actually wormholes.

A wormhole is a curved passage that connects two different places in a space-time architecture. If you think of the universe as a two-dimensional piece of paper, a wormhole is a small passage that connects this piece of paper to another piece of paper. In fact, this theory suggests that the wormhole chain is directed towards another universe with its own stars, galaxies, etc.

An example of a small ball that causes space distortion in our three-dimensional world is a black hole. A black hole is actually a phenomenon that exists in a four-dimensional space, or in other words, a black hole is a passage connecting the three-dimensional world with the four-dimensional space (of course, it is not to say "if anyone wants to go to the four-dimensional space, please go to the black hole", that would only be "dead and dead").It is possible to find a way to overcome the four-dimensional space by studying the black hole in depth, and then the vape jump flight will no longer be a dream.

Scientists have now confirmed that the existence of black holes does distort the surrounding space. According to the general theory of relativity, light rays travel in a straight line in normal space, but when space is warped, the light rays are distorted with the direction of the space warp. If we could take a picture of a beam of light coming into a black hole, we would see that the light spiraled toward the center of the black hole, because the black hole's massive mass has distorted the surrounding space into shape.