The fact that in our galaxy there are hypersonic stars became known in 2005, when observations confirmed a long -standing hypothesis. These stars move much faster than ordinary stars and can even fly out of the Milky Way. Calculations of astronomers show that in our galaxy there are approximately 1000 hypercostic stars. The new study published in The Astrophysical Journal shows that in fact some of these stars came to us from the neighboring galaxy a large Magellanic cloud, which is a satellite of the Milky Way, writes Universe Today.

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Most of the stars in the Milky Way move at a speed of about 100 km/s, but the speed of hypercostic stars reaches 1000 km/s. According to the existing theory, which is confirmed by observations, these stars fly out of the center of our galaxy. When a double star approaches a super -massive black hole of Sagittarius A* in the center of the Milky Way, then a black hole absorbs one star, and throws the second into space at a huge speed.

Now, astronomers believe that some hypers -speed stars actually arrived from the Galaxy of the Big Magellan Cloud and they were sent on a journey on the Milky Way, the Central Super Massive Black Hill.

Scientists have studied the movement of hypershangic stars using the GAIA space telescope data, which showed that the trajectory of the movement of these stars indicates that they arrived from a neighboring galaxy, and not from the center of the Milky Way.

Scientists have created a modeling that showed that such stars could be thrown out by a super -massive black hole in the center of a large Magglanov cloud, the mass of which is about 600,000 times more than the mass of the sun.

But here the problem arises. The fact is that now astronomers believe that supermassive black holes are located only in the centers of large galaxies, and they are not in dwarf galaxies. Although some data indicate that they can be there, they are still not considered super massive.

A large Maggelovo cloud is a dwarf galaxy and if an ultra -massive black hole eats there, it changes not only about this galaxy, but also about all dwarf galaxies.

It turns out that if astronomers cannot detect super -massive black holes in small galaxies, then it means that the theories of the evolution of galaxies probably lack important data.

As Focus already wrote, rings appeared around the earth because of a powerful storm in the sun and in one of them they found something unusual. Researchers say that temporary radiation belts around our planet are not going to disappear.

Focus also wrote that changeable stars do what they did not expect from them. According to scientists, the results of the study turned out to be a surprise for them, because they did not expect stars that the stars could be distinguished by data about the planets.