The James Webb Space Telescope identified the oldest black hole. According to experts, it was formed 13 billion years ago, which corresponds to the dawn of the universe, a period of about 400 million years after the big bang. It brings details web Interesting Engineering. Observations led by the University of Cambridge suggest that this colossal black hole is literally “eating its host galaxy to death.”
Scientists hypothesize that massive black holes form from the remnants of giant stars after they undergo a process known as gravitational collapse. According to traditional models, the resulting black hole has a mass approximately one hundred times that of the Sun. In this case, the experts were most surprised by the unusually high mass of the black hole, which is many millions of times greater than the mass of our Sun.
A black hole challenges our ideas
The fact that such a large black hole exists at such an early stage of the universe, it challenges our ideas about how these objects are created and grow. It should take billions of years for a black hole to reach such massive dimensions. Logically, questions arise as to how this black hole could have formed in such a (relatively) short time.
“It’s too early to observe such a massive black hole, so we have to consider other ways they could form,” said lead study author Professor Roberto Maiolino. “Very early galaxies were extremely rich in gas, so they were a buffet for black holes.”
Ancient black hole rapidly consuming matter from its host galaxy referred to as GN-z11. It is a compact galaxy that is about a hundred times smaller than our Milky Way. Black holes this large may have the ability to absorb matter five times faster than previously thought. Observations show that the galaxy emits intense radiation from the energetic black hole at its center.
When black holes actively consume their surroundings, they expel gas at a very fast rate. This process, reminiscent of wind, has the potential to stop the process of star formation, which will gradually lead to the complete extinction of the entire galaxy, according to the press release. At the same time, it is a threat to the black hole itself, as it will lose its source of sustenance.
The James Webb Space Telescope
He praised Maiolino on the occasion capabilities of the James Webb Space Telescope. “It’s a new era: a huge leap in sensitivity, especially in the infrared, it’s like going from Galileo’s telescope to a modern telescope overnight.”
“Before Webb was launched, I thought the universe might not be as interesting once we got beyond what we could see with the Hubble Space Telescope.” says Roberto Maiolino. “But it’s not: the universe has been quite generous in what it’s showing us, and this is just the beginning.”
Maiolino anticipates that in the coming months and years even older black holes may be found. He hopes that future space telescope observations will help find smaller “seeds” of black holes, which could help unravel the question of how these objects can form. The results of the scientific research so far were published on January 17 in the scientific journal Nature.
2024-01-19 06:46:18
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