In the quest to unravel the mysteries of the universe, physicists are revisiting a 150-year-old theory that could illuminate ...

Howdy, pards! This autumnal week brought a new challenge to last decade's claim of a strong Yellowstone trophic cascade after ...

Researchers propose that hydrogen gas from the early Universe emitted detectable radio waves influenced by dark matter.

Japanese physicists are revisiting an 1867 theory that describes atoms as knots in aether, aiming to explain the enduring matter-antimatter mystery.

If these knots had a slight bias toward matter over antimatter, their unraveling could help explain the matter-antimatter ...

Researchers study neutrino oscillations, with Ohio State's Zoya Vallari developing a detector to better understand these ...

Physicists have been chasing one of the universe’s strangest mysteries—neutrinos, nearly invisible particles that zip through ...

For years, scientists have been struggling to understand the elusive nature of the universe’s ghost particles. Neutrinos are ...

Teams from the international T2K and NOvA collaborations, including members from the School of Physics and Astronomy of the ...

By combining global experiments, physicists reveal the clearest view yet of how neutrinos change type as they move, offering ...

AMC's new 'Interview With the Vampire' spin-off will feature a tease from a certain rock star soon to be seen on 'The Vampire ...

Japan–US scientists combine T2K and NOvA data to measure neutrino mass gaps with record precision, offering clues to the ...