Stars very close to the center of our galaxy could be fueled by dark matter in perpetuity, according to a team of astronomers who recently studied the distant light sources.
In July 2023, scientists launched the Euclid Space Telescope into orbit with a straightforward, albeit massive, task: to map the dark universe, revealing the dark matter and dark energy that we cannot directly observe but makes up the bulk of everything.
If you’ve read Blake Crouch’s 2016 novel Dark Matter—and a lot of people have, considering it’s a best-seller—you’re probably wondering how
First things first: this Dark Matter is not related to the cult-beloved Syfy series of the same name that ended its run in 2017.
The European Space Agency’s (ESA) Euclid telescope is back in action after an experimental procedure restored its ability to see the light in the cold, dark depths of space.
The European Space Agency’s (ESA) Euclid telescope has been gradually losing its vision as layers of water molecules have frozen onto its mirrors. That’s bad news for a mission tasked with observing the dark universe using super-sensitive cameras, but the team behind the telescope has come up with a plan to keep…
A collision of two extraordinarily dense, collapsed stars in the distant universe is providing potential clues to the axion, a dark matter candidate first proposed half a century ago.
Despite keeping us grounded and warping light that travels through space, gravity is actually quite a weak force. The smaller the mass, the less gravity appears to have any pull, until at quantum scales it appears to have no force at all.
You’re probably excited for DUNE—no, not that one. I’m talking about the Deep Underground Neutrino Experiment (DUNE), a mile below Lead, South Dakota, where three massive caverns have been excavated for the world’s latest search for the enigmatic particles.