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A challenging mathematical effort undertaken by a team of undergraduates has put bounds on a promising set of ways to break and upgrade the standard model of particle physics
Comparison between theoretical models and experimental data favours alternative “baryon junctions” picture The post Protons and neutrons are more than just groups of three quarks a...
Every second, particles zip through your body at nearly the speed of light. They rain down from a storm high in the sky, where cosmic rays, a powerful type of interstellar matter,...
CERN’s ATLAS experiment probes the extreme universe The post Proton–oxygen collisions put cosmic-ray models to the test appeared first on Physics World.
A new Duke Quantum Center study shows how quantum simulators can help researchers explore particle formation and the conditions that followed the Big Bang. Quarks are the fundament...
Heavy particle could be dominated by gluons The post Missing decay at BESIII points to long-sought glueball appeared first on Physics World.
Magnetic moment could be measured at unprecedented precision The post One-positron quantum cyclotron could put the Standard Model to the test appeared first on Physics World.
Physicists at the Relativistic Heavy Ion Collider on Long Island have seen hints of a phase transition from the early universe
The most precise calculation yet of the electroweak force could help fix cracks in the standard model of particle physics
With little in the way of significant discoveries since 2012, there have been mutterings that particle physics is at a dead end. However, new dark matter results suggest an excitin...
A first attempt to produce a mysterious strangeonium state using a photon beam yielded important and unexpected results. Physicists have spent decades trying to organize the growin...
Physicists are searching for what lies underneath the particles we know
A hidden Y-shaped junction of gluons inside protons may carry one of matter’s most fundamental properties, challenging a decades-old textbook assumption. New findings from the STAR...
Author(s): Michael SchirberResearchers observe atoms trapped in an optical lattice mimicking particles created in a strong electric field.[Physics 19, s131] Published Thu Oct 01, 2...
The largest combined study of Higgs boson production and decay to date using data from the CMS experiment finds no significant deviations from theory The post Most comprehensive st...
Quantum simulation goes beyond traditional models The post Gluon string breaking is simulated using trapped ions appeared first on Physics World.
A mysterious signal from a powerful gamma-ray burst may reveal how exotic particles and altered physics could let extreme radiation cross the universe The post Scientists explain h...
Debate spans atomic and particle physics The post Doubts cast on ‘superradiant neutrino laser’ proposal appeared first on Physics World.
Researchers propose a new way to search for physics beyond the Standard Model by studying quantum-entangled quark pairs produced in electron-positron collisions The post Using quan...
Following the possible recent detection of a dark matter particle, researchers have already come up with a veritable cornucopia of possible models for what sort of particle it migh...
Physicists have detected strong evidence that heavy, fleeting Z bosons can become quantum entangled during Higgs boson decays at CERN’s Large Hadron Collider. The result shows that...
Physicists proposed a way to focus ghostly neutrinos into a laser-like beam, but new MIT calculations show that violent atomic recoil and the particles’ own quantum nature prevent...
Physicists around the world remain deeply divided on key mysteries of the universe, from dark matter to quantum gravity. The standard cosmological model failed to gain majority sup...
‘People are so much more complicated than physics,' says Venus Keus. Read more: CERN’s Venus Keus on life as a particle cosmologist
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