A new study of black holes shows and eating their own dinner

It is not a secret that black holes are some of the strangest things in space. Their tablets like the cake, diving in an interesting and terrifying one. Now, a group of astronomers used data from the Chandra Senio Observatory of X -rays in NASA and the very large telescope to show that black holes can cook their own meals.

No, really. According to a new scientific model, it was produced in the studyThe Valeria Olivares of the University of Santiago de Chile, surrounds black holes with varying temperatures. Black holes consume warm gas, which leads to what the researchers indicate as “boom”. The explosions cool the most hot gas, which allows the course to repeat itself.

Here is how it works. In the picture above, black holes are bright white spots in the middle of gas clouds. The purple cloud represents hot gas while the pink veins – which are called “threads” – warm gas. The black hole eats warm gas by drawing it. This causes a reaction to the black hole that He shoots on aircraft In the gas cloud. These planes cool the purple cloud to create new pink veins. The process is then repeated over and over again.

Researchers note that the turmoil in gas clouds also plays an important role in this process. In this context, the turmoil Defined However, it is “irregular, irregular movement, very complicated to challenge the description only in a statistical way.”

Black holes and gas clouds

Previously, the researchers saw black holes, gas clouds, and gas -filled threads, but they were not sure of their relationship to each other. The new model helps in answering this question by showing that all three phenomena are linked. The black hole eats the threads and uses them to generate a reaction that cools the gas and creates new threads.

It also helps researchers to better understand other parts of the universe. For example, the relationship between black holes and the withdrawal of gas shares some similarities with it Breeders galaxies. The galaxies of the jellyfish notes their appearance similar to the jellyfish caused by stripping gas away from the galaxy while floating across the universe. The researchers say the similarities are unexpected and may help solve more puzzles around space.

In addition, the model helps researchers better understand the strings full of warm gas, which can help better understand how stars form. In a previous study, The researchers found The planes of black holes cool the hot gas. Cold, thick gas Where stars I was born, so logic is that black holes help create the right environment to form stars.