New analysis supports Einstein's relativity and narrows neutrino mass ranges, hinting at evolving dark energy. Gravity, the ...

The universe’s light-starved early epochs, as well as the first stars and galaxies, lie beyond the reach of conventional ...

Nearly 1,000 hours of Hubble observations similarly enabled an international team of 70 astronomers to create the first three-dimensional map of the web-like, large-scale distribution of dark matter.

Giant filaments crisscross the universe, connecting galaxy clusters like superhighways between cities. Their shape and ...

The nature of dark matter has been a hotly debated topic for decades. If it's a heavy, slow moving particle, then it's just possible that neutrinos may be emitted during interactions with normal ...

Recent research by a student-faculty team at Colgate University unlocks new clues that could radically change the world's understanding of the origin of dark matter. Assistant Professor of Physics ...

Dark matter refers to material that does not absorb, reflect, or emit any electromagnetic radiation. Astronomers have ascertained the existence of dark matter through the gravitational influence ...

Concerning dark matter, numerous outstanding simulations aim to address the distribution of dark matter by assuming the collisionless nature of dark matter particles. Several universal properties of ...

Recent research by a student-faculty team at Colgate University unlocks new clues that could radically change the world’s understanding of the origin of dark matter. Assistant Professor of Physics and ...

Our best theoretical model for the universe, the Lambda/Cold Dark Matter model (“ΛCDM”), predicts a value for H 0 of 67–68 km/s/Mpc. Our observations, however, put H 0 at around 73 km/s/Mpc.

James Chadwick’s discovery of the neutron in 1932 opened a new era in physics. Today, neutron detection is widely used in fundamental physics (especially in the measurement of nuclear cross-sections ...