Why can a black hole devour all the light in its vicinity?

Light, I believe we are all familiar with it, we all need light to help us illuminate at night, and the night of the city can become gorgeous and colorful because of the presence of light. We all think that light is a very common thing, but light is very unique in science. Albert Einstein, for example, believed that the fastest speed in the universe is the speed of light, and that no object can go faster than the speed of light.

But an existence as extreme as light can also be swallowed by a black hole. Many people are also very curious about why light has no mass and is very fast, but why it is swallowed by black holes. Through the development of science and technology, scientists have slowly obtained the answer to the black hole devouring light, that is, the gravitational waves of the black hole.

From the essence of a black hole, it is a celestial body, the black hole swallows all the objects that pass by it through its very strong attraction, in theory light has no mass, it should not be swallowed by the black hole, but the discovery of gravitational waves also allows us to really understand the black hole correctly.

In fact, in essence, the structure of our universe is a kind of geometry, and any celestial body wants to twist space as long as the gravitational force reaches a certain limit. At present, the gravitational pull of black holes is the strongest we know from human beings, so black holes can twist and transform space to a certain extent. In fact, if a black hole swallows all the light near it, strictly speaking, it is not devouring, but distorting all the light near it.

To put it simply, if the structure of the universe is compared to a ground, the speed of light is a car traveling on this ground.

Due to the strong gravitational pull of the black hole itself, the geometry of the universe has also undergone certain changes, and the speed of light walking along the ground will naturally change with the direction of the ground. To put it simply, it is the black hole that changes the trajectory of the speed of light, so that the light merges into the black hole, so it is not difficult to understand that the black hole swallows all the light in its vicinity.

The main reason is that the gravitational pull of the black hole is too great, and the light around the black hole cannot escape the gravitational pull of the black hole at all.

The black hole is the most massive celestial body discovered by human science at present, and its squeezing of the cosmic space-time makes the space-time membrane collapse into a huge hole, so when the path of light passes through the space-time hole caused by the black hole, it will enter the black hole along the curve of the hole, and from the outside world, it is swallowed by the black hole.

When people think of the most terrifying celestial bodies in the universe, they often think of black holes. This is a very amazing being, it can devour everything, and it is devouring without information. Once in its field of vision, no object can escape, not even the light will be swallowed.

The question arises as to what would happen if two black holes collided.

Some scientists have explained that when two black holes meet, they will start to rotate around a point, which is called a rotationDance of Death。The end result is the merger of two black holes. The merger here is different from the ordinary 1+1 because it consumes a lot of energy in the whole process, and it may not be as large as the original mass after the final merger.

1. What is a black hole according to Li Yongle.

The teacher's explanation is that the so-called black hole is based on Einstein's theory of relativity.

a solution to be obtained. It's an amazing celestial body that can swallow anything and has a great gravitational pull. Anything that comes within the horizon will be attracted by gravity and will not be able to escape.

And the most amazing thing is that the black hole is distorted, and the strong gravitational pull causes the closer you get to it, the slower it becomes, and the slower time becomes. We watch movies where people on a certain planet spend a few hours, but decades have passed since the outside world, and that's the slowdown effect.

2. When two black holes collide, the black hole has the function of devouring and can devour everything. This devouring can also be understood as evaporation, after which nothing will be present. So what happens when two black holes collide?

There are often only theories and explanations for black holes, after all, no one has really experienced the encounter of two black holes. According to scientists, two black holes rotate at high speed around a point due to strong gravitational pull. The land is getting closer and closer, and the fusion begins.

Due to the consumption of a lot of energy in the process of fusion, it is not necessarily larger than the original after synthesis, and may even form a situation where 1+1 is less than 1, which can be understood as a combination of both sides.

3. Horizon and singularityAccording to scientists, black holes have an event horizon and a singularity. The event horizon is a range within which a black hole swallows everything. That is, after entering the horizon, there is nothing to escape.

The ** of gravity is the singularity, as the center of the black hole, as long as an object is close, it will be torn apart by a strong gravitational force. Tearing is different from destruction, and what is destroyed can be restored by some means, while tearing is the disappearance of the whole, and the disappearance of no information. A black hole is equivalent to a huge crusher that exists in the universe.

Black holes can of course also devour black holes. Because even the bald head could not escape the palm of his hand. So two black holes can also engulf each other, and of course, they can also form a double new body.

Of course not. Because these two black holes are equally massive and have the same gravitational pull, they cannot be swallowed.

If it's a big black hole and a small black hole, it's likely to be swallowed up, because the power of a black hole is so great that it can be sucked into it as long as you get close.

Yes, the universe is very big, many things happen every day, and it is possible for one black hole to devour another.

It should be possible, the suction power of the black hole is very large, and the strength of the black hole is unfathomable.

Astronomical observations combined with data facts.

Black holes are created when a star erupts and collapses at least twice the mass of the Sun. The reason why the black hole is called a black hole is mainly because the gravitational pull of the black hole is extremely huge, and any object and matter that wants to get close to or close to it will be absorbed into it, and even light cannot escape his "clutches", so people are used to calling him a "black hole".

In fact, as early as hundreds of years ago, the great physicist Albert Einstein had predicted that human beings would discover black holes, and he proposed at that time a fact that subverted what mankind had always believed, which was the theory of relativity, including two parts: broad and narrow, so how did the theory of relativity, which no one understood and believed at the time, shocked the world more than 100 years later?

The upstairs statement is completely unreliable. The nearest known black hole to us is also 1,600 light-years away. Isn't it 3,600 years to wait for the rays we send out and so on to receive them back?!

This is just the most recent discovery. So it's not like that. The discovery of black holes is mainly based on the observation of "gravitational lensing".

Due to the strong gravitational pull of a black hole, light passing through its vicinity creates refraction. It works just like our common convex lens. So there are some weird arcs of light around the black hole.

We found out that black holes exist by analyzing these arcs. The attached image shows a very complete gravitational lensing arc captured by the Hubble Space Telescope. Obviously, it has a very massive black hole in the middle.

Because the black hole is a void formed by a pure spiritual matter, this hole can "attract" all kinds of material particles (fields) of the outer material protective layer of the solar system to its top, that is, the outside of the universe, under the action of supermass, a predictive field will be generated in front of it, and it can manifest objects and things that may appear on the surface in a few months or even years later, such as natural phenomena such as mirages are the ,...... he createdTherefore, standing on top of a black hole, you can see any corner of the earth day and night, and you can also see all corners of the solar system,......Its function is similar to that of a matter telescope and a telescope of predictive fields, ,......As we all know, there are three types of parallel substances found now: matter, spiritual matter, supermass, etc., all kinds of stars outside the solar system are composed of pure spiritual matter, and all stars within the solar system (including the earth) are composed of spiritual matter and matter, and there is a protective layer on the periphery of the earth, and there is also a protective layer of material on the periphery of the solar system, that is, the material protection "shell" ,...The recently discovered black hole simulation of the Vega Galaxy is actually a simulation of the interaction between the solar system's protective layer (shell) and ,......the black holeAs we all know, paralleloplasms generally do not interact directly with each other, unless the supermass creates a force field effect, etc., for example, there is no direct interaction between pure matter and pure spiritual matter, so the solar system and its peripheral stars are detected by instruments and meters of various pure substances, ,......which is extremely distant, and so on, and so onBecause the black hole "attracts" all kinds of light wave particles to the outside of the universe, that is, above the telescope, what is seen is a "black hole" ,...

We can't see black holes, we know that they exist because everyone revolves around them, black holes are ultimate stars, not a hole, and the name comes from the fact that the holes do not reflect any light, so the blackest is called a black hole.

That's through indirect means, not to see the black hole, and when matter falls into the black hole, the matter will be transformed into pure energy and radiated out. The gravitational pull of a black hole can also have an effect on surrounding stars, such as the famous Cygnus X-1 ray source.

We can't see black holes. Because the density and gravitational pull of a black hole are so great that even light cannot escape its surface.

However, we can suspect the motion of a celestial body to infer the presence of a black hole around it. If the suspect object is in a spiral motion and it is disappearing, and there is a gamma-ray burst around it, then we consider the suspect object to have a black hole around it; Conversely, we can assume that there is no black hole around the suspicious object.

We can't see black holes. We use an instrument to understand black holes. This instrument emits light. When a black hole absorbs this light, it releases (gamma) rays. Here's how we understand it.

We can't actually see a black hole because it's a white starlight in the background, and it's black.

In fact, most of the black holes are seen due to gravitational lensing effects and ray detectors.

Stephen Hawking once said: Black holes are not black.

The gravitational pull of a black hole is too great to be explained by the existing laws of nature. Due to the enormous gravitational pull, the speed of light cannot be escaped. So the light is also swallowed up by the black hole.

Some scientists believe that the matter swallowed by the black hole may have reached another universe, the so-called parallel universe. Black holes, wormholes, and white holes form a natural structure, and black holes devour matter through wormholes and then through white holes to parallel universes. But this view is only speculation at the moment.

The speed inside a black hole is much, much faster than the speed of light, and the speed of light is almost stationary for the speed of a black hole, so the light will be eaten by the black hole.

The mass of the celestial black hole is very large, which can be said to be infinite, and its adsorption force is infinite, and it instantly adsorbs light.

The escape speed is faster than the speed of light.