

The new data could indicate a deviation from the ΛCDM model.
Relic Gravitons, by Massimo Giovannini of INFN Milan Bicocca, offers a timely and authoritative guide to one of the most exciting frontiers in modern cosmology and particle physics...
The 31st Quark Matter conference was the best attended in the series’ history, with more than 1000 participants.
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On 16 January, physicists and statisticians met in the CERN Council Chamber to celebrate 25 years of the PhyStat series of conferences, workshops and seminars.
Particle physics today benefits from a wealth of high-quality data at the same time as powerful new ideas are boosting the accuracy of theoretical predictions.
Interactions involving longitudinally polarised W and Z bosons provide a stringent test of the SM.
In Particle Cosmology and Astrophysics, Dan Hooper captures the rapid developments in particle cosmology over the past three decades.
These results will improve the theoretical description of excited baryons.
Among the fundamental particles, tau leptons occupy a curious spot.
The signal could be caused by a quasi-bound top–antitop meson commonly called "toponium".
Kurt Hinterbichler reviews Claudia de Rham's first-hand and personal glimpse into the life of a theoretical physicist and the process of discovery.
Ongoing cross-checks at the Tevatron experiment reinforce its 2022 measurement of the mass of the W boson, which stands seven standard deviations above the Standard Model predictio...
New results from the CHIME telescope support the hypothesis that fast radio bursts originate in close proximity to the turbulent magnetosphere of a central engine.
New results from the ALICE collaboration highlight the quark-mass and colour-charge dependence of energy loss in the quark-gluon plasma.
A new result from the LHCb collaboration further tightens constraints on the lepton-flavour-universality violation in rare B decays.