«In this way, a massive direct
collapse black hole seed can form in the second galaxy, which can evolve rather quickly to a billion solar mass black hole by the time they are observed in the universe,» he said in the statement.
But Bromm is more optimistic, especially if such direct -
collapse black hole seeds also formed slightly later in the history of the universe.
Not exact matches
Singularities can also serve as
seeds of destruction, lurking in the centres of
black holes, the final endpoints of total gravitational
collapse.
Current theories suggest that the
seeds of these
black holes were the result of either the growth and
collapse of the first generation of stars in the Universe; collisions between stars in dense stellar clusters; or the direct
collapse of extremely massive stars in the early Universe.
One possibility is that
seed black holes grew out of the demise of the earliest stars; another explanation is that gaseous pre-galactic disks gravitationally
collapsed to create nascent
black holes.
If the cloud contained fewer heavy elements providing outward pressure, gravity would win out and the cloud would
collapse into a
seed black hole.
One theory suggests huge gas clouds around at the time
collapsed into middleweight «
seed»
black holes.
Physicists calculated that a tiny
black hole could
seed the formation of a vacuum — triggering the
collapse of our universe.
Such direct -
collapse black holes, weighing 100,000 to 1 million suns, could then act as «
seeds» for supermassive
black holes weighing 1 million to 1 billion suns.
This newer explanation, the so - called «direct
collapse black hole model,» suggests that very large gas clouds — of between 10,000 and 100,000 solar masses —
collapsed directly to become the
seeds of the
black holes.