Where did the matter swallowed by the black hole go, did it disappear or was it compressed?

It's gone, and this phenomenon is particularly magical, because the ability of black holes is relatively strong, the attraction is particularly strong, and the engulfing effect is particularly amazing.

These things are compressed and finally disappear into the universe, and the black hole has a strong devouring ability and a great suction force.

It should be compressed. Because black holes are so powerful, they can compress a lot of things.

The formation of black holes is very special

Black holes have unique physical properties

The interior of a black hole can only be relied on conjecture

Because a black hole has a gravitational pull, it can attract some surrounding spheres; Some of the matter that was passed by the black hole was thrown out, and part of it was left outside the Milky Way, and some of it was absorbed by the black hole itself.

Because the black hole is a substance that cannot be studied by everyone, this substance has a strong suction force, so it can swallow matter. There is no clear research direction at present, and as a result, science and technology continue to progress, and you can get the clearest answer.

Black holes are a unique kind of celestial bodies in the universe, the mass of black holes is very large, and the density is very strong, so it will swallow all matter.

The items devoured by the black hole are attached to the surroundings of the black hole, one is to grasp and turn into positive and negative particles to escape the black hole, and the other is to say that the singularity in the center of the black hole is absorbed into which world along with another parallel universe.

A black hole is a celestial object 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".

In 1916, the German astronomer Karl Schwarzschild calculated a vacuum solution to Einstein's field equation, which showed that if the actual radius of a static spherically symmetric star is less than a fixed value, a strange phenomenon will occur around it, that is, there is an interface - "event horizon", once entering this interface, even light cannot escape.

Evolutionary process:

A black hole consists of a scalar polynomial constructed from the Riemann curvature tensor in the center of the singularity that diverges here and the surrounding space-time, and its boundary is a one-way membrane that only enters but does not exit: the event horizon, which is not dug and hidden within the scope of the event horizon. According to Einstein's theory of general relativity, when a dying star collapses, it collapses toward the center, which becomes a black hole.

The creation of a black hole is similar to that of a neutron star: a star is preparing to be destroyed, and the core is rapidly shrinking and collapsing under the influence of its own gravity. When all the matter in the core turns into neutrons, the contraction process immediately stops, and it is compressed into a dense star, which also compresses the space and time inside.

Hello dear. The black hole devours the coincidental thing that does not disappear, but is on the surface of the black hole, and "swallowing" is that the matter is adsorbed to the surface of the black hole. Due to its great density, the black hole has a strong attraction to the surrounding matter, and when the matter approaches it, it will be adsorbed to the black hole.

The so-called black hole is when the star dies and begins to collapse on its own, eventually becoming a rather dense object, so the center of the black hole is also such a dense object. The black hole is not a passage as some people imagine, it is a serious celestial body, but it has an escape speed of more than the speed of light, so even light cannot escape, and it looks like a hollow as a whole. Black holes have a strong gravitational pull, and the black hole is constantly absorbing objects, and eventually these objects enter the black hole and become a part of it, and the mass of the black hole is constantly increasing.

A black hole with a large enough mass may swallow up a smaller black hole, and together the two become a much larger being.

What is a black hole?

A black hole is a celestial body, it exists in the universe, has a strong gravitational pull, this terrible space may even absorb light, and what is swallowed into the black hole can get in, but not out.

So, where did the black hole go?

Black holes have been devouring all kinds of matter, and it stands to reason that black holes should be getting bigger and bigger, but this is not the case, black holes are not growing, but they are disappearing, where is the matter that the black hole once devoured?

At present, there is still a considerable lack of understanding of black holes. According to the current theoretical speculation, most people believe that the black hole is not an isolated system, it participates in the universe, and the energy has been in the energy cycle, so they believe that the material energy that the black hole once swallowed is converted into another energy and exists in the universe in another way.

In the beginning of Newtonian mechanics, it was concluded that light is not gravitational, but light can also be swallowed by black holes, which is contrary to Newtonian mechanics and is not valid. Later, according to Einstein's theory of relativity, people found that light is affected by gravity, so it will also be swallowed up by black holes. Black holes have a very strong gravitational pull, and under this strong gravitational pull, even light cannot escape, and can only be sucked into the gravitational field by the black hole.

The strong gravitational pull in the black hole will deflect the light, so that it will be trapped in it forever, and it will be difficult to escape.

Even light is bound by black holes, and it is not a matter for black holes to devour other matter.

Is it really impossible to escape such a terrible black hole?

Although there is no conclusive conclusion, many scientists generally believe that black holes still have an "exit", and according to the law of conservation of matter, the matter entering the black hole will not disappear. The matter in a black hole may be able to exit or change into another type of energy, a channel that scientists hypothesize as a "white hole."

The black hole adsorbs the surrounding matter to the surface, compresses it, and does not swallow any matter.

The things that are swallowed by the black hole generally become part of the black hole, and some people speculate that there may be a white hole near the black hole, so the things swallowed by the black hole are transmitted back through the white hole, so that a balance is maintained.

In addition to adsorbing on the surface, the engulfed substances are compressed, so that some of these substances are consumed, some become thermal radiation, and finally disappear.

There will be a white hole, and the black hole will also absorb some energy, and it will eject out of the white hole, probably outside the universe, this idea is also very unrealistic.

It may have reached another space-time, but now we don't know at all, and we can't find out, after passing through this space-time, the black hole will go **.