The discovery of a supermassive black hole, designated as Abell2744-QSO1, is a groundbreaking finding from the James Webb Space Telescope, located 13 billion light-years away. This astronomical body, which is estimated to be 40 million times the mass of our sun, challenges existing theories about black hole formation, suggesting it formed within the first second after the Big Bang.
Researchers, including Professor Roberto Maiolino from Cambridge's Cavendish Laboratory, have reported that this black hole did not undergo the typical stellar collapse phase. Instead, it appears to have grown rapidly without consuming its surroundings, defying long-held beliefs that such growth requires a billion years. The findings mark the first direct mass measurement of a black hole from the early universe, achieved through detailed observations of this particular object.
For decades, it was thought that supermassive black holes formed slowly from existing galaxies. However, this recent evidence from #NASAWebb indicates a need to reassess classical theories regarding the evolution of black holes and their growth mechanisms. The Keplerian rotation of the gas surrounding QSO1 enabled scientists to calculate its mass accurately, revealing significant insights into the formation of these cosmic entities.