What is the origin of black holes?

The black holes They are one of the scientific questions that arouse the most mystery and interest, both among astronomy experts and among simple amateurs in the field. A subject that despite the innumerable investigations carried out and the latest advances and means available at our fingertips still raises serious questions, and one of the most important is knowing its origin. Therefore, in this article by a PROFESSOR we are going to try to answer your questions about what is the origin of black holes.

A black hole is a finite region of spacetime caused by a large concentration of mass in its interior and, when its density increases, a gravitational field is produced from which not even photons of light can escape.

Black holes are one of the biggest enigmas of the Universe that has been the protagonist of many science fiction films, documentaries and novels.

Regarding the origin of black holes (and according to a study published by the specialized journal Nature) a possible theory could be due to the

galaxy collision during the early universe. When two galaxies merge, an unstable disk of gas is generated, requiring up to about 100,000 years for an amount of matter equivalent to 100 million Suns.

Under the assumptions of this theory, the gas accumulation as a result of melting of two planets would result in a black hole. However, in this explanation there is a very important and still unknown question about the duration of this process, a key piece of information to understand the origin of these gravitational fields of enormous density.

Another theory about the formation of black holes is defended by the astrophysicist Stephen Hawking in one of his books, when he affirms that a black hole would be the end result of the action caused by extreme gravity, that is, when it compresses a star until the atoms begin to crush.

In both theories, the complexity of black holes holds even the most privileged minds in check. science, who are not able to discover more details about these formations of the Universe.