Where did all the objects that entered the black hole go?

Any object that is swallowed by a black hole is completely shredded, becomes a part of the black hole, and eventually falls towards the black hole singularity.

In order to make everyone understand more popularly, scientists also made a more vivid analogy, that is, in the process of restoring an ancient book, modern technology has been fully capable of repairing, through various technical means, you can also burn the paper full of words to ashes, and then through a variety of different means to reproduce the message.

Therefore, through this high-end scientific method, the study of black holes will also become simpler, and it will also be possible to better understand the form of matter that falls into black holes through such experiments.

To know what happened to the matter sucked up by the black hole? You need to know what a black hole is. Now the usual explanation is to go to the singularity of the black hole, such an explanation is obviously a kind of helplessness, the singularity only appears in mathematics, and there can be no so-called singularity matter in the real world, which also shows that the current physical theory is incomplete.

There is no development without breakthrough, just as Einstein broke through the shackles of absolute space-time to have the general theory of relativity.

The same is true for the understanding of black holes, which also needs to go beyond dimensions. In fact, black holes are not three-dimensional matter in our universe, but four-dimensional matter. Due to the infinite compression of the matter in the black hole, the elementary particle quark has nowhere to go, and the black hole absorbs all the three-dimensional matter and accumulates it into the fourth dimension of the four-dimensional space, which opens the fourth dimension of the high-dimensional space, and the matter swallowed by the black hole becomes the four-dimensional matter.

Therefore, the density of four-dimensional matter is infinite relative to three-dimensional matter, so black holes can infinitely absorb galaxy matter, there is no return, four-dimensional matter (also four-dimensional space) is different from any matter in our universe, so it has the same long life as the universe, in the human observation of three-dimensional organisms seems to be a singularity with infinite density, which is just like the principle that three-dimensional matter is placed in two-dimensional (paper) space, and the density of three-dimensional matter is also infinite for observers of two-dimensional space. So, in fact, the black hole is not a singularity, but a four-dimensional supersphere, and the volume and radius of the black hole can be observed in the four-dimensional space.

The three-dimensional space in the black hole horizon is bent and stretched to the fourth dimension of the four-dimensional space, and the bending of the light in the black hole is actually the shortest path into the fourth dimension of space, because we are three-dimensional creatures, we cannot observe the light in the fourth dimensional space, so the black hole looks like the light is absorbed. But in the eyes of four-dimensional beings, black holes are not black, they have light and color.

All black holes actually exist in the universe, because the universe actually contains a lot of strange phenomena, so our black holes exist in the universe and are distributed in different locations.

In everyone's eyes, black holes are very mysterious and weird things, but black holes are everywhere in this universe.

As for the black hole in the starry sky, it is also a mysterious existence, so far scientists have no way to know exactly what it will be, and I believe that it will break through at some stage in the future.

Personally, I think that all black holes are in the universe, but the exact ones are **, and some are still uncertain.

There are many theories about black holes, and black holes are constantly absorbing various objects. However, what makes many people curious is where do the objects that are sucked by the black hole end up?

Current theories speculate that when an object falls into a black hole and approaches the central singularity, the object will be elongated or noodled by the enhanced attraction of different parts, and eventually lose dimension altogether and irretrievably disappear into the singularity (a point of infinitely small volume, infinite density, infinite gravitational pull, infinite curvature of space-time).

If no particle can escape from the surface of the black hole, the mass of the black hole can only increase, not decrease; And since the surface area of the event horizon of a black hole is determined by its mass, the surface area can only increase, not decrease.

However, if objects fall into a black hole, their entropy disappears, so that the entropy of the universe as an isolated system decreases, which violates the second law of thermodynamics. So it is believed that black holes have thermal radiation at a specific temperature. That is, black holes are not completely "black", and this thermal radiation is called Hawking radiation.

Hawking radiation can cause black holes to lose mass, and when the black hole loses more mass than it gains, it will shrink and eventually disappear, that is, the black hole evaporates.

Therefore, massive black holes can survive longer. Black holes from the death of stars can exist for 10 to the 66th power, while galactic black holes can exist for 10 to the 90th power, and Hawking radiation can also explain why we cannot observe the micro-black holes produced at the birth of the universe because they have evaporated.

Like, people eat a lot of food in their lifetime, why hasn't it gotten bigger? Because it was consumed, it was pulled out

I would like to add that the laws of physics that are currently known about the gravitational singularity of black holes do not apply, including the general theory of relativity (which includes time dilation in the gravitational field and the gravitational time delay effect, which are naturally invalid). In fact, the existence of a singularity is often used as proof of the failure of general relativity. No one knows exactly what's going on inside the black hole, but systematically, the black hole inhales matter, heat radiation—the corresponding mass, the event horizon area increases, decreases, and eventually disappears.

The matter absorbed by the black hole, including light, is broken down into its most primitive form through the infinite gravitational pull of the black hole, and becomes a column of energy, which runs through the entire universe, and this phenomenon can be observed with special instruments for observing energy, which has been proven as early as the Hawking era.

Attracted to the interior, and shattered, thus disappearing into a small part of the unknown world.

Ever heard of antimatter and anti-energy? It is believed that black holes are these things, which will neutralize and disappear when they encounter matter and energy.

It is turned into particles by the energy chain, and when it reaches the zero boundary point, it will turn into a white hole, and all the absorbed things will be exploded.

There are many things in the vast universe that cannot be explained by humans.

What is a black hole? What was devoured went**?

I feel that before the ability to travel through the past, all scientific explanations are theoretical.

The sucked object still exists like the solar system, orbiting like the Earth, but it is too far away and seems to be compressed.

It may also be a gravitational catapult designed by aliens, the center point is disembodied, and after the aircraft enters the catapult in various directions to accelerate, it will be catapulted into the universe in different directions at high speed, just like the particle accelerator designed by humans.

It feels like it's gone, but there is no law of conservation of mass, the gravitational pull of the black hole is too great to tear apart the absorbed object and merge with it, and light is no exception. It is an iron law that light travels in a straight line on Earth, but when it encounters a black hole, it is also distorted, just like space-time distortions.

Isn't a black hole just a sphere or star with a very strong gravitational pull? Isn't being sucked away from the sphere being sucked onto the sphere? It has been accumulating on the sphere, and because of the gravitational force, the light comes out, so we can't see it.

Doesn't the black hole shatter everything that approaches him, isn't it that the mass of the black hole is unimaginable, and the big one has collapsed to an incomprehensible point, and anything that approaches him is shattered, and how can it be brought into another time and space by the black hole. Could it be that if your fragments still exist, the black hole sucks your fragments into another plane?

Black holes are created after the "death" of stars, any matter in the original star is compressed to the size of a point, and after the gravitational pull of the black hole sucks it towards the black hole, the matter does not disappear, but is compressed...

Did the black hole suck up the disappearing object and go to **? Walked from? Got it?

First of all, it is not true to say that black holes absorb matter. This is just the opinion of some scholars, and it does not mean that it is true, and the main reason is that there is no evidence to prove this thesis.

This is a question that needs to be asked as well.

High School Chemistry. Physics was learned in vain.

Molecules, atoms. Electron neutrons.

Composed of matter.

It's just that the combination of quantities is different.

There are gaps between these.

So there's a density.

Black holes are high-energy. Like a compressor.

Compression follows Newton's second law.

When the pump does its work, it will release its power.

So black holes. In the end, it all turned out.

It is**. New substances are released.

It depends on what type of black hole it is.

For stellar black holes (black holes formed by the collapse of stars), possible quantum black holes, and supermassive black holes at the center of galaxies, the form and state of matter in them are not yet known. Because all the laws of physics are completely invalid inside a black hole. Moreover, any object, between reaching the surface of the black hole, will be torn to pieces by the strong tidal force of the black hole, and it is impossible to "see" the state inside the black hole.

According to calculations, there may be a more massive black hole, which could be larger than a large galaxy. The average density of such black holes is very small, not as dense as water. But it can also form a self-enclosed space-time structure from its mass and scale, so it is also a black hole.

For this type of black hole, we can enter its interior without any effort or damage, because its tidal forces are very small. Such black holes may also have some dense celestial structures, such as stars, small star clusters, nebulae, and planets. However, because its time and space are also self-enclosed, it can also enter and exit.

Our universe may also be a super-large black hole based on the total amount and scale of matter in our observable universe, because the scale of our universe is exactly equal to the Schwarzschild radius of the total mass of the universe in terms of mass and radius. In other words, we are living in a huge black hole.

A black hole is actually an invisible celestial body, and we can only perceive its existence. A black hole is a type of celestial body predicted by the general theory of relativity. Its boundary is a closed viewport.

Outside matter can enter the event horizon, but matter inside the event horizon cannot escape, so distant observers cannot see the radiation from inside the black hole. The material absorbed by the black hole forms a disk around the black hole, called an accretion disk.

No one knows what's inside a black hole yet, because science isn't that advanced yet.

A black hole, black, indicates that it does not emit or reflect any light electromagnetic waves to the outside world. The cave is anything that once it enters its borders, it will not want to slip out again.

Black holes cause serious distortions of space-time due to their high quality, in fact, any object with mass can cause space-time distortions, this is a prediction made by the general theory of relativity, which was originally verified by a solar eclipse in World War II, but because the war test was not carried out, of course, the truth will always be proven. The distortion of space-time caused by the sun makes it possible for the light from behind, which would otherwise be completely obscured by the sun, to shine on the Earth.

When you say black holes, you're referring to.

Person: Get married as soon as possible.

Hole in the ground: You have your flashlight ready.

Celestial Bodies: You go to a brief history of time.

Black holes cannot be seen, and even their existence has not been successfully confirmed, so it can only be said that objects that are suspected of black holes, such as Sagittarius A.

Now it's invisible. The gravitational pull of a black hole can even absorb light, so we can't see ...

Writers have recently observed the existence of a huge black hole at the center of the Milky Way, which is estimated to be the second largest black hole in the Milky Way. The findings have been published in the latest issue of the journal Astronomy and Astrophysics.

Just three years ago, astronomers observed the Milky Way orbiting a supermassive black hole that is 26 million times more massive than the Sun. Now a smaller black hole with 1,300 times the mass of the Sun has been discovered, moving just 3 light-years away.

A team led by Genen Pierre Mérald, an astronomer from the Institute of Astrophysics in Paris, France, observed a very bright region at the core of the Milky Way called IRS13, which astronomers previously thought was a single star. At the Gemini Observatory at the summit of Mauna Kea on Hawaii's Big Island, astronomers used infrared observation to find that IRS13 is actually a constellation of seven stars, only light-years apart. Using data collected by the Hubble Telescope and the Chandra X-ray Observatory, they estimated from the motion of the seven stars that they must be orbiting around an intermassive black hole, called IRS13E, which orbits Sagittarius A* at a speed of about 280 kilometers per second.

"This is the first time that a mid-mass black hole has been discovered in our Milky Way," Maillard said. Scientists also found that IRS13 emits intense X-rays and has a long tail that masks the black hole.

Faint X-rays can be detected in many places throughout the Milky Way, suggesting that there may be many "pocket-sized" black holes close to Earth, and these small black holes are only 1 to 2 times the mass of the Sun, but this is only speculation and needs to be further confirmed.

According to Melald's analysis, these seven stars may be the remnants of a massive star group, which is likely to gradually lose its original mass due to the attraction of the supermassive Milky Way**. The results of this observation help to confirm the hypothesis that supermassive black holes exist at the centers of many galaxies and gradually increase their mass by absorbing the mass of other small black holes and stars in the galaxy.

This may also explain why so many massive stars are found in this region. When a gravitational star orbits A* Sagittarius, it prevents the formation of new stars from clouds of dust and gas. It is possible that these stars formed far away in the Milky Way and were then attracted to their current location by the huge mid-medium black hole.

Judging by their size and color, these 7 stars may be short-lived, or they may burn out sooner than we expected.