Science warns super giant black holes that can

The vast lack of forces can devastate our small planet. But there seems to be something in the universe that is more terrifying than all.

According to Sputnik, Italian astronomer Fabio Pacucci explains the supermassive black holes that are millions of times larger than the Sun can wipe everything it goes through and merge those objects into holes other black.

A black hole is such a dense object that the space of time around it cannot be distorted. All were bent into an infinite spiral. The principle of giant black holes acts like a 'super-large vacuum cleaner with infinite capacity'.

'Nothing, including light, can move fast enough to escape the gravitational pull of a black hole once it passes a certain boundary, called the Event Horizon , ' scientist Pacucci received. determined.

The mechanism of "swallowing" the Earth of a black hole (Source: TED).

To determine whether a black hole has the ability to 'swallow' the Earth, first find out the location of the black hole. But because they have no light, it will be difficult to detect them. Fortunately, scientists can observe the impact of black holes on the surrounding space. When an object approaches a black hole, the attraction forces the object to move at a faster rate, creating a large amount of light. For objects away from the black hole, gravitational fields can still affect them. If observing a few stars orbiting an unusual point, a black hole might be what drives them.

Most of the black holes we find are divided into two main categories. The smaller type is called the star black hole , which is 100 times more massive than the Sun. They are formed when a star consumes all of its nuclear and core energy. There can be up to 100 million black holes in the star's position 3,000 light years away in the Milky Way alone.

However, star black holes are not a threat to our planet. Despite its size, the radius of this black hole is less than 300km. This makes their direct attack ability on Earth quite small, but not without influence. If a black hole of a typical star passes through Neptune, Earth's orbit will change dramatically with terrible consequences.

When an object approaches a black hole, the attraction forces the object to move at a faster rate, creating a large amount of light.

The second type is the one we have to worry about: Super-giant black holes , millions or even billions times more massive than the Sun. These black holes have grown to a very large size by swallowing matter and fusing it with other black holes. Unlike the star black hole, the supermassive black hole does not walk around the space, but instead lies in the center of the galaxy.

Our solar system is in the stable orbit of a supermassive black hole, with a safe distance of 25,000 light years. But that may change. If our galaxy collides with another galaxy, the Earth may be thrown towards the center of the galaxy, close enough to the supermassive black hole and prone to 'swallowing'.

In fact, a galaxy collision is expected to occur in 4 billion years. That may not be good news for Earth.

Finally, astronomers concluded that black holes are not destructive agents, but they play a key role in the formation of galaxies.