What exactly is a black hole? Tell someone you don t know?

It is only a theoretical inference, there is no need to know.

The black hole is supposed to be a cosmic vortex.

To be precise, a black hole is a vortex of cosmic star clusters, and some people in the comment area have already mentioned that it has an extremely powerful magnetic field and supergiant gravity, which no planet can help it. When you see the turbulent and turbulent flow of the big river, there will often be a whirlpool (called a circle in the local language), if you swim close to it, you will be sucked in, and the swimmer will be in a dangerous state. Can you imagine how powerful the black hole in the universe is?

Everyone will understand and understand that this is the power of the universe!

It's a tornado in the universe.

The black hole is supposed to be a loophole in the interface of the larger universe, and if we want to get out of the interface that we can see, we have to go into the hole, otherwise we will fly far away in this dimension.

A black hole is a black cave.

Black hole? There are many of them in our mountains, and they are ...... evacuation sites that were dug in the Japanese eraIf you don't bring a flashlight, it's really black and numb, you can't see anything, and I'm a little scared when I think about it

Every black hole is a universe, with infinite density, infinite gravity, just a manifestation of the overall gravity and overall mass of the universe in a black hole. The black hole is the back side of the universe, and the front side is the universe. The far side of our universe is also a black hole, so we also live in a black hole.

The universe is made up of an infinite number of universes, and as a result, there are countless black holes in the universe. There are also countless black holes within black holes. Black holes are conduits that connect different universes.

Therefore, the universe is multidimensional and connected. When the universe dies, it collapses into a black hole, and then a new universe erupts from the other side of the black hole.

It is estimated to be the corpse of a giant star after its death. Small size, high mass, strong gravitational pull. As more things are attracted, the gravitational pull increases.

Everything has a parallel, and black holes are also parallels of the universe.

Black holes are the destroyers of the universe.

Turn the lights off, it's all black holes.

It is impossible to absorb light, and the eye sees that the light is sucked into the black hole, which should be caused by the acceleration of the gravitational pull of the black ball, such as whether the long tail of the comet swirls in a fast vortex as if the light is sucked in.

A black hole is a magnetic field that rotates extremely fast.

No one really knows all about it yet, and a lot of it is nonsense! Because it is the most cutting-edge theory, I can't talk about it for the time being.

A black hole at the center of a galaxy (black and white holes) and a black hole formed by the merger or contraction of massive stars (high-density, gravitational stars) are completely different things.

A black hole is a hole, empty, the center of the planet's magnetic field in the Milky Way, like the eye of a typhoon, empty Nothing, sunlight penetrates directly, the so-called light is absorbed by the black hole It doesn't make sense, the black hole has nothing at all Sunlight penetrates directly.

Are black holes formed after the collapse of stars, or are they deliberately made by advanced civilizations to travel through space?

Lao Tian believes that a black hole is two megastars that are entangled with each other, forming a destructive force like a hurricane and a super suction force like a hurricane, and the sucked in things are ejected from the other end through high temperature and high pressure like gaseous high-energy ions.

A black hole is the eye of the vortex of galaxies. Every galaxy in the universe is a big vortex, and the ** of the big vortex has a big black hole. In addition to the large galaxy vortex, the star system is also a small vortex when it first diverges from the spiral arm material, and there is also a small black hole.

As the stellar vortex gradually moves away from the nucleus of the large galactic, the rotation speed gradually slows down, the small black hole gradually disappears, and the stellar galaxy vortex gradually differentiates into spherical planets and stars. Over time, the raw materials (nebulous matter) of the vortex core disk of the great galaxy are gradually depleted, the rotation speed will gradually slow down, and the great black hole will gradually shrink until it disappears.

In fact, it's not clear what a black hole is.

Black holes are rough star fields, where old galaxies go in and recuperate, and new galaxies are created.

Why does the Milky Way have 4 cantilevers? Why do black holes keep devouring?

The cosmic black hole itself is believed to be a visual phenomenon of the convergence and dispersion of cosmic energy and matter, which is a visual phenomenon formed by the change of the trajectory of microscopic particles and large galaxies.

Until now, it is unknown what exactly the inside of a black hole looks like. Arguably, characterizing the structure of black holes is a major challenge for relativistic astrophysics. In general, black holes are formed from the collapse of massive stars.

Under the strong gravity of the star itself, all matter is compressed into an infinitesimal singularity, so the density here is infinite, and there is a huge gravitational pull to the surrounding space-time. Due to the extreme nature of the singularity, all the laws of physics are invalid here, and there is currently no physical theory that can describe its properties.

A black hole is a very mysterious celestial body. It is small in size, but surprisingly dense, with tens of billions of tons or more per cubic centimeter. Due to its high density, the gravitational pull is also particularly strong.

No matter what you suck into it, don't even think about "crawling" out, even the fastest light can't escape the huge gravitational pull of the black hole.

If I am not mistaken, black holes are supposed to be prehistoric materials that formed nebulae, and we might as well understand them as "nebula eggs". That is, black holes are more hierarchical than stars in the general sense. What does that mean?

That is to say, when a black hole evolves to a certain level and scale, it will no longer be a simple star, but will likely aggregate into a nebula of prehistoric matter. In other words, our galaxy, including our Milky Way, also has its own core material, and it is precisely because of the existence of this core material that 200 billion to 400 billion stars can gather together and form nebula matter.

A black hole is an elliptical-shaped cosmic object, and its interior is a qualitative motion with ultra-high temperature, ultra-high pressure, and superluminal speed. When a supermassive black hole occurs, the speed of these masses drops below the speed of light, and a material universe is born.

A black hole is a terrifying object with a large mass and small volume, with a very large gravitational pull, which can swallow everything around it.

It is a black hole that absorbs all nearby objects and stars, and is very powerful.

A black hole is a small planet that has undergone a qualitative change that leads to the production of some energy, and is called a black hole.

There are two hypotheses in the physics community about what is inside a black hole: one is the white hole theory proposed by Schwarzschild, which believes that the white hole is the opposite of the black hole, and the wormhole that connects the black hole and the white hole is the wormhole; The second is Hoft's holographic universe model, which believes that everything absorbed by a black hole is reencoded on the horizon of the black hole, so everything in the black hole is a projection of this two-dimensional plane.

It is like a bottomless pit in the universe, once any matter falls into it, it "seems" that it can no longer escape. Since the light in a black hole cannot escape, we cannot directly observe a black hole, simply put, the core of the star shrinks rapidly under the action of its own weight, resulting in a strong **. When all the matter in the core turns into neutrons, the contraction process immediately stops and is compressed into a dense planet.

No one knows, what happened after going in, a little weird.