An unusual X-ray signature from a distant galaxy could be dark matter, in the form of a new kind of neutrino.
At a recent scientific panel, a group of physicists asked the U.S. government to consider a massive multi-billion dollar project to learn more about mysterious neutrinos.
A large disk of dark matter at the heart of our galaxy may have triggered the meteorite impacts that wiped out the dinosaurs.
MIT’s DarkLight project develops a particle accelerator that scientists hope will lead to the creation of dark matter in a lab.
Absolute zero is allegedly the coldest particles can become, but it turns out this theory isn't quite true, as scientists have now created a gas that's even colder.
While physics nerds were caught up in yesterday's news that we've kinda sorta totally found the Higgs boson, another huge space mystery may have become somewhat less mysterious. Dark matter—the stuff that comprises the majority of the universe, but which we can't directly observe (for now)—may have finally been caught in the act.
Dark matter makes up about 84% of the universe, which is strange, since we have no idea what it is and we've never seen any of it before. A new type of directional dark matter detector has the potential to spot the signature of dark matter coming from the center of our galaxy, and it's made out of customized strands of DNA and sheets of solid gold.
The Universe is mostly dark matter. Dark matter, in fact, is all over the place, and there's five times as much of it out there as there is regular matter. We have no idea what dark matter is, but there's one thing that we are pretty sure of: some of this mystery stuff is smacking into you once every 10 seconds. You may now start to panic.
This here is a four-ton camera with five-foot-tall shutter and filters. It's got a whopping 570-megapixel sensor, and it's designed to take pictures of dark energy. It is better than the camera in your cellphone.
Astronomers have been studying the results of the biggest survey ever conducted by the Hubble space telescope with an international team of scientists, led by Tim Schrabback of the Leiden Observatory and Ludovic Van Waerbeke of the University of British...