"For example, primordial black holes may have formed from the gravitational collapse of overdense regions." Notably, the Hawking radiation from these primordial black holes would encompass all ...

Hawking radiation may have influenced the shape and distribution of galaxies as the universe expanded, new research hints. (Image credit: NASA Goddard) Investigating primordial black holes' impact ...

That concept, which came to be known as Hawking radiation, explained how energy and even matter could escape the immense gravitational pull of a black hole. On Wednesday, Hawking died at the age ...

Primordial black holes are the earliest black holes thought to exist, and they vanished almost as fast as they came into ...

Nothing can escape black holes, yet somehow they can lose mass by emitting Hawking radiation?! To understand why, we'll need to combine quantum field theory with general relativity.

In 2022, experts from the University of Amsterdam simulated a black hole event horizon to test Stephen Hawking's 1974 radiation theory.

For example, any theory of everything must be able to explain the riddle posed by Hawking radiation, or the slippery nature of cosmic inflation. Hawking's work opened a window into the unification ...

are particularly important with his personal role in the discoveries unquestioned. In fact, black hole radiation is commonly known as “Hawking radiation”.

"For example, primordial black holes may have formed from the gravitational collapse of overdense regions." Notably, the Hawking radiation from these primordial black holes would encompass all ...

OK, that was a little click-baity, but then again, so was the announcement this week that a scientist had confirmed Hawking radiation with a lab-grown black hole. It sure got our attention ...