Home / Science / Astronomers Discover Massive 'Naked' Black Hole from Dawn of Universe

Astronomers Discover Massive 'Naked' Black Hole from Dawn of Universe

Summary

  • Ancient black hole dates back 600-700 million years after Big Bang
  • Black hole contains 50 times the mass of our sun, far larger than expected
  • Surrounding galaxy contains only half the mass of the black hole
Astronomers Discover Massive 'Naked' Black Hole from Dawn of Universe

In a remarkable discovery, astronomers have uncovered an ancient and 'nearly naked' black hole at the farthest reaches of the observable universe. This mysterious void, dating back to just 600-700 million years after the Big Bang, may represent the first direct observation of a primordial black hole.

According to the researchers, the black hole contains an astonishing 50 times the mass of our sun - far larger than any black hole should be at such an early stage of the universe. Surprisingly, the cloud of dust and gas surrounding the black hole contains only half its mass, suggesting this black hole may have formed independently of a larger galaxy.

This finding challenges the standard model of black hole formation, which proposes they arise from the collapse of massive stars. Instead, the researchers believe this 'naked' black hole could be a primordial one, formed directly from the dense matter of the early universe, even before the first stars came into existence.

If confirmed, this discovery would represent a major paradigm shift in our understanding of cosmic evolution. Rather than black holes forming within galaxies, this evidence suggests they may have in fact seeded the formation of the first galaxies. The researchers caution that more observations are needed to fully validate this extraordinary claim, but the implications are profound.

Disclaimer: This story has been auto-aggregated and auto-summarised by a computer program. This story has not been edited or created by the Feedzop team.

FAQ

Primordial black holes are believed to have formed in the first few seconds of the Big Bang, predating the creation of stars and galaxies. Unlike typical black holes that form from collapsed stars, primordial black holes may have originated directly from the dense matter of the early universe.
The black hole discovered by researchers using the James Webb Space Telescope contains an astonishing 50 times the mass of our sun, far larger than any black hole should be at such an early stage of the universe.
Surprisingly, the cloud of dust and gas surrounding the black hole contains only half its mass, suggesting this black hole may have formed independently of a larger galaxy. This challenges the standard model of black hole formation.

Read more news on