Recent research proposes a new form of dark matter that may actually be lighter in mass than other dark matter candidates.

A new study suggests that dark matter could be shaping cosmic chemistry, with a proposed self-annihilating dark matter ...

"We are able to measure the local dark matter density using direct acceleration measurements for the first time." Dark matter, widely known as the universe's most mysterious stuff, is rarer on ...

Ancient quasars seen by the James Webb Space Telescope technically shouldn’t exist, but one rare type of dark matter could make sense of that. Ultra-self-interacting dark matter clumped into ...

"Our mission is the first of its kind to use this levitating technology in space – and we hope it will serve as a proof of principle that we can detect dark matter above Earth." ...

The Milky Way's Central Molecular Zone (CMZ), is unlike most of the galaxy. Almost 80 percent of its dense gas is held there, ...

The James Webb Space Telescope has joined the hunt for dark matter, aiding cosmic detectives in searching for signals indicating axion decay.

Astrophysicists have long been intrigued by the possibility of dark stars-massive celestial objects fueled not by nuclear fusion but by the enigmatic energy of dark matter. Thanks to images taken by ...

"They're so rare, and they're incredibly useful scientifically," said Conor O'Riordan of the Max Planck Institute for Astrophysics.

As the hunt for dark matter, the universe's most common yet most mysterious "stuff," continues, scientists are understandably eager to get the most powerful space telescope in on the action.

Astrophysicists at UCLA suggest decaying dark matter may drive processes leading to the formation supermassive black holes.