NASA’s Hubble Telescope has found an important “missing link” for studying the origin of supermassive black holes. This is what we know now.
NASA’s Hubble Telescope has found the ‘missing link’ between a young star-forming galaxy and the first supermassive black hole! Astronomers believe that rapidly evolving black holes identified in the early universe by the Hubble telescope will solve the mystery of the early universe. NASA scientists say this is the first time we’ve actually found a rare object that bridges the gap between understanding young star-forming galaxies and the first supermassive black holes. What makes history? The discovery of a monster black hole, dubbed GNz7q, that has lurked unnoticed in one of the most studied regions of the night sky.
The scientists used Hubble data from the Advanced Camera for Surveys to figure out that GNz7q only existed 750 million years after the Big Bang. GNz7q is a newly created black hole, according to scientists. Hubble discovered compressed sources of ultraviolet and infrared radiation. This is unlikely because the galaxy emits light, but it is consistent with the radiation expected from objects falling into a black hole. Theories and computer simulations predict the rapid expansion of black holes in dusty, early star-forming galaxies, but they haven’t been discovered yet.
What is meant by this invention?
After discovering compressed ultraviolet (UV) and infrared sources, Hubble confirmed that GNz7q is a newly formed black hole. Scientists never predicted that this missing connection existed in the early, dusty star-forming galaxies, but they haven’t seen it yet.
“Our analysis shows that GNz7q is the first example of a rapidly expanding black hole in the dusty core of a starburst galaxy in an era close to the oldest known supermassive black hole in the universe,” an astronomer at the University of Copenhagen’s Niels Bohr Institute said. say about the discovery.
According to NASA, the discovery of GNz7q may be the missing link between a young star-forming galaxy and the first supermassive black hole. NASA explains that the starburst and quasar galaxies are both located in GNz7q, where the glow of the quasar shows a reddish dust color. Also, GNz7q lacks a number of the properties seen in normal and bright quasars, which is likely due to the fact that the main black hole GN7q is still in its infancy. I have said so. These characteristics are similar to those of young quasars in that transitions are expected in simulations but not observed in the universe. Now, the research team hopes to systematically look for something similar.
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