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Hypothetical particles called axions could form dense clouds around neutron stars – and if they do, they will give off signals that radio telescopes can detect, say researchers in the Netherlands, the UK and the US. Since axions are a possible candidate for the mysterious substance known as dark matter, this finding could bring us closer to understanding it.

Around 85% of the universe’s mass consists of matter that appears “dark” to us. We can observe its gravitational effect on structures such as galaxies, but we cannot observe it directly. This is because dark matter hardly interacts with anything as far as we know, making it very difficult to detect. So far, searches for dark matter on Earth and in space have found no evidence for any of the various dark matter candidates.

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Detecting exploding primordial black holes from the universe’s first second may unveil new physics.


In that moment, pockets of hot material may have been dense enough to form black holes, potentially with masses ranging from 100,000 times less than a paperclip to 100,000 times more than the sun’s, according to scientists.

Then, as the universe quickly expanded and cooled, the conditions for forming black holes this way ended.

Scientists are now claiming that PBHs may be heating up and exploding throughout the universe.

What if reality ISN’T REAL? Join us… and find out!

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In this video, Unveiled takes a closer look at simulation theory — the suggestion that everything you THINK is real, is actually an artificially generated sim!

This is Unveiled, giving you incredible answers to extraordinary questions!

Find more amazing videos for your curiosity here:
Is NASA About to Announce Alien Life? — https://youtu.be/lXT-2cQqiWU?
10 Big Questions About Parallel Universes — https://youtu.be/KjLmRVHHgMY?

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