Marek Karliner and Jonathan Rosner ask what makes tetraquarks and pentaquarks tick, revealing them to be at times exotic ...
Experts in data analysis, statistics and machine learning for physics came together from 9 to 12 September for PHYSTAT’s ...
Seventy-six new particles have been discovered at the Large Hadron Collider (LHC) so far: the Higgs boson, 52 conventional ...
Take your pick of the Standard Model’s shortcomings: almost all of them motivate the search for additional Higgs bosons.
To celebrate the 10th anniversary of Beamline for Schools, the Courier caught up with past winners whose lives were impacted ...
The devil is in the 10th digit. The experimental world average for aμ currently stands more than 5σ above the Standard Model ...
The NA62 experiment at CERN is one such opportunity. Searching for ultra-rare decays at colliders and fixed- target ...
Coordinated by editors Paola Scampoli and Akitaka Ariga, Cosmic Ray Muography provides an invaluable snapshot of a booming ...
New evidence from CERN's Large ElectronPositron collider (LEP) sheds more light on the way quarks can transform.
In the May 1966 issue, A J Herz and W O Lock described the development of nuclear-emulsion detectors, highlighting a CERN experiment that determined the magnetic moment of the Λ 0 baryon.
A report from the LHCb experiment. The study of differences between matter and antimatter is a core aspect of the physics programme at LHCb The analysis uses flavour tagging to identify the matter or ...
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