Read article 'ATLAS and CMS search for new gauge bosons'
The ATLAS and CMS collaborations are carrying out a large-scale hunt for hypothetical heavy partners of the Standard Model gauge bosons, the W and the Z.
Read article 'MoNA makes first confirmed sighting of dineutron decay'
Researchers in the Modular Neutron Array (MoNA) collaboration have found evidence for a new nuclear-decay mode at the National Superconducting Cyclotron Laboratory (NSCL) at Michigan State University.
Read article 'Much food for thought at Moriond'
The first week of the 47th Rencontres de Moriond, devoted to weak interactions and unified theories, came to a close on 10 March, leaving participants not only impressed but also puzzled by the new r...
Read article '110Pd: a new possibility for ββ0ν decay'
The search for the neutrinoless double-beta decay (ββ0ν decay) aims to solve a long-standing question concerning the nature of neutrinos.
Read article 'Getting excited about the Higgs?'
The presentations revealed that if the Higgs boson exists in the manner predicted by the Standard Model, then its mass is most likely between 115.5 and 127 GeV.
Read article 'ATLAS discovers its first new particle'
The ATLAS collaboration has announced the discovery of the χb(3P), which is a bound state of a bottom quark and bottom antiquark (bb).
Read article 'New technique probes isovector transitions'
A team at the National Superconducting Cyclotron Laboratory (NSCL) at Michigan State University has developed a new experimental technique for measuring (p, n) charge-exchange reactions at intermediat...
Read article 'NEMO 3: the goals, results and legacy'
Impressive headway in the study of double beta decay.
Read article 'Dileptons: a window on force unification and extra-dimensions'
The ATLAS Collaboration has published its latest search for neutral resonances decaying to pairs of leptons, either electrons or muons.
Read article 'Two years of LHC physics: ATLAS takes stock'
From the first paper to the dozens of ground-breaking results presented over recent months, the first two years of ATLAS physics have been a hugely productive time.
