NASA's New Telescope 'Roman' Can Solve the Enigma That is Dark Matter, Researchers Claim Dark matter may soon come into the ...

Get ready for a new Roman Empire: A NASA space telescope will detect a staggering wealth of intricate gravitational lenses that could help unlock the mysteries of dark matter.

The new feature will filter out light pollution and noise to provide a high-contrast, clear view of celestial objects.

Collaboration has obtained a high-precision cosmic-ray boron spectrum in the energy range of 10 GeV/n–8 TeV/n, and discovered ...

Dark energy may well explain why, going by measurements taken of the direction patterns in the cosmic microwave background ... technology and space for more than 25 years.

With that kind of technology now available on Earth, Safronova and her collaborators started talking about what sort of questions would be possible to study in space that cannot be done on Earth. “It ...

Although invisible, its presence can be detected because it curves space-time. Large concentrations of dark matter in the foreground bend the light coming from background galaxies, skewing our ...

Scientists Reveal an Ambitious Plan to Detect Dark Matter in Space. Michelle Starr. Wed, February 12, ... "Our mission is the first of its kind to use this levitating technology in space ...

Despite proliferating the universe, dark matter has remained elusive. Scientists are starting to think that’s because it’s made of “fuzzy” little axions.

Dark matter made out of axions may have the power to make space-time ring like a bell, but only if it is able to steal energy from black holes, according to new research.

We finally know just how dark it is in deep space. NASA’s New Horizons spacecraft has made the first precise measurements of the ambient light that suffuses the universe, called the cosmic ...