If dark matter is comprised of primordial black holes, more stars and galaxies would have formed around them in the early universe, which is precisely what the cosmic time machine will be able to see.

If dark matter is comprised of primordial black holes, more stars and galaxies would have formed around them in the early universe — precisely the epoch that the James Webb telescope will be able to ...

Don't rule out primordial black holes as dark matter suspects just yet! Particle-sized black holes may resist evaporation, surviving long enough to account for the universe's most mysterious stuff.

Scientists studying the earliest black holes may have found an explanation for dark matter, putting Stephen Hawking’s theory on the subject back into the spotlight.

Dark matter, the most mysterious "stuff" in the universe, may be a sort of cosmic matchmaker, allowing supermassive black holes to overcome a final hurdle before colliding and merging into one ...

Black holes could be the answer to lighting up dark matter. However, they can't just be any black holes. Only super tiny primordial black holes will be sufficient for the job.

Black Holes What is dark matter made of? New study bolsters case for 'primordial' black holes. Astronomy Some dark matter haloes could roll through the universe like hollow cosmic Easter Eggs.

Both the formation of supermassive black holes and the nature of dark matter “belong to the most pressing open questions in contemporary astronomy and physics,” says Tanja Rindler-Daller, an ...

But dark matter has a big problem if we want it to form black holes. Normal matter can form these dense collections of objects for one reason: it can collide with other particles of normal matter ...

A new study theorizes that primordial black holes formed after the Big Bang (the far left panel) constitute all dark matter in the universe. At early epochs they cluster and seed the formation of ...

If dark matter is comprised of primordial black holes, more stars and galaxies would have formed around them in the early universe, which is precisely what the cosmic time machine will be able to see.

A new study theorizes that primordial black holes formed after the Big Bang (the far left panel) constitute all dark matter in the universe. At early epochs they cluster and seed the formation of ...