Four crew members will embark on a new long-duration science expedition when they launch to the International Space Station ...

The neutrino was 30 times more energetic than any other previously observed particle of its kind. Scientists still don’t know exactly where it came from ...

The CMS team set about searching for such remnants of Lorentz symmetry breaking using pairs of nature's heaviest elementary particle, the top quark. Breaking space news, the latest updates on ...

While it had previously been theorized and appeared in simulations, this structure is very difficult to study experimentally as it affects particles in a four-dimensional space. These latest ...

Despite their diminutive nature, this research suggests even microquasars snacking on small stars can have an impressive cosmic influence, becoming powerful natural particle accelerators.

The neutrino, as the particle is formally known, is 30 times more energetic than any of the few hundreds of previously detected neutrinos. These tiny, high-energy particles from space are often ...

Calculated changes of the magnetic field create areas on the chessboard that remain untouched by particle transport and thus become "invisible." The cloaked areas alter the motion only while the ...

researchers from the Department of Atomic Physics and the Astro- and Particle Physics Programme of Excellence (TKP) at ELTE, have shown that the motion of particles in high-energy nuclear ...