High-energy X-rays reveal possible missing neutron star formed by the collapse of the famous supernova's progenitor star.
CMS has released a new search for charginos and neutralinos, with sensitivity boosted by the use of parametric machine learning.
As the Daya Bay reactor-neutrino experiment is dismantled, JUNO is gearing up to measure the neutrino mass hierarchy.
An independent film by three ATLAS physicists is gaining recognition at independent film festivals worldwide.
Precise knowledge of the moment anti-atoms are produced will allow new tests of the weak equivalence principle.
The ATLAS collaboration today reported a 3.2σ excess over background of H → ℓℓγ decay candidates with dilepton mass less than 30 GeV.
The XXXII international workshop of the Logunov Institute focused on “hot problems in hot and cold quark matter”.
The collaboration has taken an encouraging step towards observing a process with access to the key unknown parameter in the shape of the Brout-Englert-Higgs potential: the self-cou...
The “double simplex” scheme , which was invented in 2005 by US theorist Chris Quigg, was recently given a flashy makeover by Quanta magazine.
Frederick Dylla's debut book puts a multidisciplinary historical perspective on the actors and events that shaped science.
An electron–positron Higgs factory following the LHC would significantly expand our knowledge about this unique and mysterious elementary scalar.
A UK team is adapting a low-cost ventilator developed at CERN for clinical use in the fight against COVID-19.
Recent studies suggest that plasma-wakefield acceleration also occurs naturally, potentially explaining the highest energy cosmic rays.
CERN's Next Ion Medical Machine Study (NIMMS) and MEDICIS facility work towards next- generation medical treatments.
Early-career researchers voice their hopes and concerns about the future of particle physics.