USA.- Recently, it was announced that Stephen Hawking’s theorem based on gravitational waves from black holes is a reality. Thus, physicists and physicists at MIT have confirmed, on the basis of observations, that what is revealed by the theoretical physicist is applied in time ensuring that the horizons of a black hole can only increase and never decrease. It was in 1971 that Hawking took Albert Einstein’s theory of relativity as a premise for approaching the subject of gravitational waves and black holes. The physicist’s theorem ensures that black holes can never reduce the area of their horizon, which is defined as the limit beyond which nothing can escape the attraction produced by a black hole. For this reason, the surprise of the scientific community was greater when this theorem was first confirmed. In this context, the study was based on the examination of the first gravitational wave signal in 2015 called GW150914. It was an incredible discovery. The reason ? two black holes have created a new black hole with astronomical amounts of space-time energy in the form of gravitational waves. Source: Pixabay. Therefore, it was revealed that this research has 95 percent certainty in the results. In addition, it is noteworthy that in the mathematical field this has been supported as such, but this is the first time that it has been observed naturally. This is thanks to the analysis of the signal before and after the cosmic collision, which showed that the horizon never diminished after the merger. “The data shows with overwhelming confidence that the area of the horizon has increased after the merger, and that the area law is satisfied with a very high probability. It was a relief that our result coincided with the paradigm we expected and confirmed our understanding of these complicated black hole mergers, ”said Maximiliano Isi, NASA Einstein postdoctoral researcher and lead author of the study.