Light is well known to exhibit both wave-like and particle-like properties, as imaged here in this 2015 photograph. What's less well appreciated is that matter particles also exhibit those wave ...

Gravitational wave astronomy offers a pathway to better understand not just dark matter, but the formation and evolution of galaxies more generally.” The research was presented at the 2023 ...

Around 50 gravitational wave signals have been detected since the first discovery in 2015, but one particularly interesting event, known as GW190521, was described by LVC in September 2020.

“Wave-like dark matter… holds up to the scrutiny that we put it under.” This is good news for axions, which have been overshadowed by WIMPs as dark matter candidates for decades.

According to one theory, lightweight dark matter has continuous wave behavior, which may result in rhythmic forces that can only be detected with extremely sensitive quantum equipment.

Mysterious dark matter could slosh over our planet like a wave. If it does, it may produce telltale radio waves in Earth's atmosphere, new theoretical research suggests.

The answer might be “GRADAR” — gravitational wave “radar” — a potential future technology that could use reflections of gravitational waves to map the unseen universe, say researchers ...

These solitons would be completely invisible — like giant, rogue waves washing through the galaxy but made of matter so light that they would barely affect their surroundings.

A new kind of gravitational wave hunter is set to start up in 2023, and it could also help in the search for dark matter. Gravitational waves are ripples in space-time created by events such as ...