The Mysterious Black Hole Problem, What Is the Secret of Black Holes?

The creation of black holes is similar to that of neutron stars; The core of the star shrinks rapidly under its own weight and becomes strong**. When all the matter in the core turns into neutrons, the contraction process immediately stops and is compressed into a dense planet. But in the case of black holes, because the mass of the star's core is so large that the contraction process goes on endlessly, the neutrons themselves are crushed into powder by the attraction of the squeezing gravity itself, leaving behind a matter of unimaginably high density.

Anything that comes close to it will be sucked into it, and the black hole will become like a vacuum cleaner.

Not only do black holes emit light, but they are also so small that they cannot be detected by astronomical telescopes. But according to the theory, if the companion star in a pair of binary stars is a black hole, then the material of the host star is attracted to the black hole to form an accretion ring. X-rays are radiated due to high temperatures caused by the materials of the accretion rings rubbing against each other.

In 1962, an X-ray was detected in the neck of the goose in the constellation Cygnus, and it was thought that the source was probably named a black hole. Cygnus-1 is an X-ray source, and one of its substars is a superblue giant, which may be a black hole and an invisible substar mass. and form an accretion ring.

Since the first day the concept of black holes was proposed, scientists have been debating whether black holes exist or not. Although the black hole theory can explain some of the problems, the universe has become increasingly "weird" and elusive. It has been speculated that some star clusters may have a black hole at the center, and that the center of the Milky Way galaxy may also be a massive black hole.

In addition to large black holes, there may also be black holes that are smaller than asteroids. It is even believed that there are black holes on Earth itself. As science continues to evolve, one day the mystery of black holes will be revealed.

1. The reason for the formation is that the massive celestial body is compressed into matter that is very small and forms a black hole.

The exact process and principle are not yet clear.

2. Black holes can absorb light.

So it can't be seen.

Don't say ** anymore.

3. It's time to convert to quality.

4 can devour everything.

At present, the theory of black holes is just beginning.

It can only be theoretically proven that black holes exist.

There is no concrete direct evidence.

So the current question about all black holes is just inference.

Believe it or not.

The existence of black holes is suspected.

Because the existence of black holes is only theoretically inferred.

What is Theoretical Inference? Imagine that.

Albert Einstein spent all day in his room doing mathematical and physical calculations and researching the theory of relativity, although at the time it was considered a fantasy.

Who believes that an object moves backwards in time faster than the speed of light? Right.

Herein lies the problem.

He is currently recognized by most scientists.

Then it shows that the theory of relativity has a correct theoretical basis.

It is likely to be true.

Well, at the moment there is no technology that can reach a speed of faster than light.

Only close to the speed of light.

However, it has been proven that there is a relationship between speed and time.

Therefore, the theory of relativity can be said to be mostly accepted.

That's it.

Black holes are currently only theoretical.

It is only a matter of time before it can be proven correct.

It doesn't matter if you believe it or not.

But it's one thing to believe that black holes don't exist.

It's another thing not to believe in the black hole theory.

Theory is just an equation.

Then the conclusion drawn from the correct mathematical physical equation.

No big surprises is absolutely true.

That's the rigor of science.

Mathematical or physical formulas that are impossible to arrive at are meaningless.

One of the most important aspects of the black hole theory is that.

Relationship between gravitational force and velocity.

It is impossible to go farther), then that is, light cannot pass through the black hole, which is the answer.

If a black hole exists.

Light can't pass through it.

Then even if it is hot-eyed, I don't think I can see it.

What was on TV was an imaginary picture.

It's computer-drawn.

Make it easier to understand.

Black holes are doing space travel.

But it is estimated to move very slowly.

And black holes are not holes.

It is a substance with shape and mass.

It is to shrink the weight of the earth to a grain of rice.

It's quite similar to a black hole.

Scientists believe that a black hole with a mass equivalent to the sun is the result of a supernova explosion, but for giant black.

The origin of the cave is still inconclusive. Huge black holes cannot be formed by the aggregation of small black holes, so they do not form suddenly.

What is the path of an intermediate mass black hole? The key to the existence of this possibility is whether it can be put with solar mass.

A million times the celestial body condensed into space below light-years. As a possibility, Harvard University in the United States.

Scientists have come up with a new hypothesis: at the beginning of the universe, massive celestial bodies produced intermediate masses.

Black hole. Scientists simulated this process on a computer, and the results showed that 300,000 years after the birth of the universe.

, ionization occurs in the massive object, and the size condenses to less than light years. At this time, there is nothing clear in the universe.

than, the light is able to pass unimpeded. The resulting black hole is about 100,000 to 100 times the mass of the Sun

10,000 times, basic.

is formed in space that has nothing to do with galaxies.

When a black hole encounters a galaxy, the black hole falls into the center of the galaxy due to the frictional effect of mechanics. If.

A black hole that falls into the center of a galaxy will attach a solar mass of matter within a year,1

It will be owned in 100 million years.

100 million times more mass of the sun, thus becoming a giant black hole. In terms of quasar energy, a mass of this magnitude.

The amount of adhesion is essential. But this model is not entirely self-justifying. Taking into account the general cosmic model.

The number of black holes formed by this mechanism is much smaller than the number of galaxies. So, in theory, the shape.

The exact process of forming a giant black hole is still unknown, so it has an intermediate mass and revolves around the center of the galaxy.

The black hole of the M82 galaxy is very intriguing. The key problem is finding m82

The exact quality of a galaxy's black hole.

amount, and figure out the process of its formation. The solution of these problems is decisive for unraveling the mystery of the giant black hole.

meaning.

1 A black hole is actually a high-density and high-quality star, because the gravitational attraction is too large due to excessive mass, so even the light emitted by itself cannot escape the constraints of gravity, so it is pitch black from the outside world. That's why it's called a black hole.

2 A black hole can't get in, just like it can't get into the sun, it's just a star. But if you get close to a black hole, say a person, it will be pulled into a noodle by a strong gravitational pull, and then it will be slapped on it and baked into a dough.

3 The Milky Way exists, and it can be deduced through astrophysics.

4 This question is difficult to say, as long as a star is dense enough, a black hole can be formed.

Massive stars collapse at the end of their evolution, forming ultra-dense objects called black holes.

The mass of a black hole is very large, and the gravitational pull is of course the same, and if we enter a black hole, we will be crushed to pieces by its gravity.

The Milky Way has black holes.

The answer to the last question is endlessly. The ultimate fate of the black hole is to form a nebula, and eventually turn back into a planet.