For the first time, I was able to observe how the black hole absorbs matter



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Behavior of the substance near a black hole. The concentric circles shown in the picture are around a black hole rotary gas.

Behavior of the substance near a black hole. The concentric circles shown in the picture are around a black hole rotary gas.

Photo: European Southern Observatory

An interesting and mysterious message that appeared once with Halloween. Specifically, scientists came to a statement that for the first time they saw how the black hole absorbs matter. Also, this is not an ordinary black hole, but one that is located in our galaxy, called the Milky Way, in the middle. In addition, the solar system (and therefore each of us), similar to the gaming trail, is in a slow rotation around the centered galactic axis in the middle of the black hole.

For the first time, the existence of black holes was theoretically demonstrated as early as 1915.

This was done by the German physicist Karl Schwarzschild in an analysis of the equations of general relativity theory recently published by Albert Einstein. From them, it follows that the material can be squeezed so heavily that heavier bodies, with enormous density, are formed. So much so that its gravitational field can not surpass even the light.

Now we understand that some stars begin to shrink after the end of nuclear reactions, "fall in their own way" and finally create a black hole. The characteristics of the black hole are the most fantastic hypotheses (which are not completely unfounded) that can give the opportunity to travel in space and time in which they hide the gate to other universes. A mysterious phenomenon that has inspired countless novels and science fiction films.

Physicists also realized that it is not possible to see black holes directly, we can only see indirect evidence. For example, atypical gravity anomalies. Now, astronomers at the Southern Observatory of Europe in the Atakam Desert in Chile have been able to observe and capture spiral gaseous structures that spin around a circle at an enormous velocity of about 100,000 kilometers per second and suddenly disappear anywhere.

Everyone agrees that it is nothing more than a series of black holes that absorb matter. The image is very similar to the one we see when jumping the water from the bathtub – the water in the whirlpool disappears in the sewer pipe. Observations were made on the eye in the invisible infrared spectrum, so for advertising reasons, the photos are artificially colored.

Question: What will happen to us? If not with us, then with our sun. Nothing good, will eventually disappear into the black hole. But there is two good news. In one of his recent works, British physicist Steven Hawking, who has just died, showed that,

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Due to the regularities of quantum physics, the black holes evaporate slowly.

Not as fast as they suck the subject, but still.

The second good news is that our solar system is located on the periphery of the galaxy, with its center and a dangerous black hole separating us from 26,000 light-years. It's a huge distance – 246 times 10 with fifteen zeros per kilometer. So we can stay calm for now. In fact, sometimes it is better to live in a province than in a metropolis.

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