Supermassive Black Holes Could Have Formed Directly in the Early Universe

The workings of the Universe.
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fred8615
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Supermassive Black Holes Could Have Formed Directly in the Early Universe

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There are a lot of amazing things in our Universe and a black hole is one of the most unknown. We don’t know for certain what happens inside a black hole and even the formation of supermassive black holes in the early universe is still being worked out. A group of physicists at Brookhaven National Laboratory have tackled this question and have come up with a possible solution to the mystery. The nature of dark matter may be resolved by their theory as well.

“The yet unanswered question of the nature of Dark Matter, and how primordial supermassive Black Hole [sic] could grow so fast in such a short amount of time are two pressing open questions in physics and astrophysics. Finding a common explanation for these observations is desirable and could provide us with insights into the inner workings of the Universe.” Julia Gehrlein – Physicist at Brookhaven National Laboratory

Observations have shown that supermassive black holes may have formed in the early universe. According to our current understanding of how black holes form, there would not have been enough time for that to happen. Neither accretion (when matter falls into a black hole) nor galactic collisions can account for primordial supermassive black holes.

Theoretical physicists Hooman Davoudiasl, Peter Denton, and Julia Gehrlein developed a model that describes one possible solution using the idea of dark matter as being ultralight, with a mass that is 28 orders of magnitude lighter than the proton but possibly spanning light years per particle. “In our case we noticed that [ultrafaint dwarf galaxies] are showing some preliminary hints that dark matter may be ultralight” says Peter Denton. There is some evidence that the dark matter distribution of these galaxies is not sharp towards the center, as might be expected. Ultralight dark matter would be an explanation for this. “If the breadth of the dark matter distribution is comparable in all galaxies, then that could indicate that dark matter has a characteristic size and is ultralight.”

Read more: https://www.universetoday.com/155152/su ... -universe/
Frederick J. Barnett
"Someone's got to take the responsibility if the job's going to get done!! Do you think that's easy?!" Gregory Peck - The Guns Of Navarone
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