New York (Web Desk): Scientists have, for the first time, claimed to have discovered evidence of a black hole's event horizon — the boundary beyond which nothing can return. Event Horizon Black Hole
According to research published in the international scientific journal Nature, this development became possible through the analysis of gravitational waves generated by the violent collision of two black holes. Gravitational Waves
The event horizon is often referred to as the black hole's "point of no return" because once this boundary is crossed, neither light nor matter can escape, making direct observation of this region one of the greatest challenges in modern astrophysics.
According to the study, when two black holes merge to form a larger black hole, powerful gravitational waves are produced during the process, which scientists have been recording for more than a decade.
Researchers claim to have obtained information about regions extremely close to the event horizon by analyzing specific waves generated during the final stages of the collision.
Sizheng Ma, affiliated with the Perimeter Institute for Theoretical Physics, stated that the event horizon of a black hole had long seemed like something from science fiction, but gravitational waves are now making it possible to study the surrounding region.
Scientists have also reported evidence of the bending of space and time caused by a rotating black hole, a phenomenon known as frame dragging. Frame Dragging Researchers say these findings provide further support for the General Theory of Relativity.
However, the research has received mixed reactions within the scientific community. Some experts have described the findings as an important breakthrough while emphasizing the need for further independent verification, whereas others have expressed skepticism about whether the recorded gravitational waves can truly provide direct information about the properties of the event horizon.