Is there a way to destroy and destroy a cosmic black hole?

The black hole (black hole) of the universe is an inner space - the time when a gravitational field prevents everything, even the light cannot escape. Considered to be the most powerful object in the universe, black holes can easily swallow giant stars.

1. What happens when the Earth falls into a black hole?
2. If people fall into a black hole, what horrors will await them?

So, how to destroy a black hole? Can an atomic bomb be able to do that?

The answer is no, that idea will never come true.

The reason is that the gravitational pull of the black hole is very large and the gravitational force is much larger when it is inside. Under the difference in gravity inside and out (also known as tidal force), any object that falls into a black hole will be torn apart immediately before it can reach the strange point. at the center of a black hole.

Is there a way to destroy and destroy a cosmic black hole? Picture 1

Suppose, can we put a nuclear bomb inside the center of the black hole and detonate it to destroy the black hole?

The center of the black hole has a great amount of matter, but all of it is the matter that the "black hole" from the outside and the debris due to the collapse of a star. Under the action of tremendous gravity, this mass of matter shrinks into a very small point. This is similar to the fact that we curl a handful of sand into a sphere and try to compress it.

Therefore, when the nuclear bomb explodes, its destructive power is quickly annihilated by gravity. It is possible that a part of the core of the black hole is crushed, but then these materials continue to be sucked in and return to the same state due to the impact of gravity.

Basically, the matter here was crushed very small, so the continued crushing by a nuclear bomb did not affect the black hole at all.

Is there a way to destroy and destroy a cosmic black hole? Picture 2

In fact, there is a way to destroy the black hole's core.

The core of the black hole has a very large mass but very small size, this is the reason why its gravity is so strong, stronger than any force we know.

Therefore, just by destroying its gravity at the center, we can destroy the black hole. And to do that, we need to destroy its massive mass core.

This means that we need to place and detonate a special bomb deep inside this core to destroy or at least separate the core.

Is there a way to destroy and destroy a cosmic black hole? Picture 3

But how can a destructive bomb do it?

By observing the flow of light and gas attracted by the black hole, scientists have calculated the gravitational force and given the average mass of a black hole about 10-50 million solar masses, and 30-150 trillion times the mass of Earth.

So we need a bomb with destructive power equal to the destructive power to destroy the entire Earth and multiply 30-150 trillion times. This seems to be impossible for us today.

Is there a way to destroy and destroy a cosmic black hole? Picture 4

There is another, "easier" way to destroy a black hole. That is antimatter .

As we know, black holes concentrate a lot of matter, so when reacting to antimatter it will be like a negative number plus a positive number to cancel each other out.

If there is a sufficient amount of antimatter, just drop them near the black hole, gravity will suck itself inside, and eliminate all the matter at the core. Then, the tremendous energy will be released by an explosion, like a giant antimatter bomb in the universe that cannot be measured.

We can choose to weaken the power of a giant black hole by creating a bomb with a smaller amount of antimatter to destroy the core of the black hole as mentioned at the beginning of the article.

Is there a way to destroy and destroy a cosmic black hole? Picture 5

This amount of antimatter is smaller than the amount needed to destroy the entire black hole, but it must be large enough to produce a bomb that destroys 30-150 trillion times the mass of the Earth. Because the power of antimatter bombs is extremely large, destroying a black hole can become true.

Antimatter is the most expensive material on Earth, a gram of anti-hydrogen particles cost about 62.5 trillion dollars. And to be able to create a large antimatter bomb, we will definitely need a number many times above.

Although far away, we can still destroy a black hole. And this is necessary because in the future we will need to take action to save ourselves when a black hole moves close to the solar system.