It is assumed that an undiscovered “fifth force” likely exists between neutrons in an atom’s nucleus and the electrons ...

If a dark matter particle crashes into the nucleus of a xenon atom, the experiments can detect that nucleus recoiling in response, revealing dark matter’s presence. But neutrinos can also slam ...

The LZ experiment (pictured) found no evidence of hypothetical dark matter particles called WIMPs in its initial search, but it’s already the most sensitive such hunt reported.

In fact, scientists have spent decades trying to force matter from absolutely nothing. And now, they’ve managed to prove that a theory first shared 70 years ago was correct, and we really can ...

Right now, scientists are busily designing and constructing similarly complicated experiments, for detecting dark matter right here on Earth. Surprisingly, some of the most advanced astronomical ...

Despite the fact that dark matter outnumbers the amount of ordinary matter in our universe by about six times, scientists don't know what it is. That's at least partly because no experiment ...

The World's 10 Most Massive Science Experiments. ... South Dakota, will help scientists find traces of dark matter, which are only possible to find underground without interference from cosmic rays.

Using the same detectors, the scientists behind the experiment wanted to test DAMA’s claim that they had detected dark matter particles. Hyun Su Lee, a researcher at the Institute for Basic ...

Keyi "Onyx" Li/U.S. National Science Foundation In the latest experiment, the anti-hydrogen atoms were confined by a magnetic field inside a 10-inch-long metal container.

A science paper will be published in the coming weeks. The results analyze 280 days’ worth of data: a new set of 220 days (collected between March 2023 and April 2024) combined with 60 earlier days ...

Scientists with NASA are launching enormous balloons, the size of a football stadium, from the Antarctic ice. They're carrying experiments on dark matter and other mysteries.