The Deadly Disruption Phenomenon; A Black Hole That Caused a Star to Collapse

Astronomers have announced that they have witnessed a 'deadly disruption phenomenon' from a black hole after several years of research and investigation. In 2009, astronomers at the McDonald Observatory in Texas, USA, were studying the waves of the sky when they suddenly saw a flash of light shining deep in space. These astronomers, who were working on a project to study and track supernovae, were using a special telescope and initially thought it was another bright supernova. However, as they continued to work on this phenomenon, they began to doubt their initial findings. Until NASA's Swift satellite sent its scan, revealing that the arc of chemical materials from this phenomenon was different from the brightness of supernovae. After ruling out initial possibilities that it might be a merger of a neutron star or a gamma-ray burst, astronomers faced another possibility: a deadly or tidal disruption phenomenon. According to a report on the 8th of Bahman on the 'Jahan-e Emruz' website, now in January 2015, 'Vanessa Yank,' one of the astronomers, stated: 'This kind of spaghetti-like interaction could indicate the approach to the horizon of a black hole.' J. Craig Wheeler, director of the supernova research group at the University of Texas, explained that when a star approaches a black hole, it encounters a severe difference in the black hole's gravity. According to a report on the 9th of Bahman from the 'Higher Learning' website, he added: 'The gravity of these black holes is so intense that it can turn an entire star into a bunch of strings.' Astronomers say this phenomenon indicates that the Eddington limit has occurred, a limit where, if the brightness of a star increases, it radiates in the form of stellar winds. A video released by the research team shows the scan and analysis of this phenomenon.