Read article 'Majorana neutrinos remain at large'
Majorana neutrinos remain at large
The conclusion of the Majorana Demonstrator measurement campaign paves the way for LEGEND and future dark-matter searches.
Read article 'Majorana neutrinos remain at large'
Read article 'LHCb sees evidence for a new tetraquark state'
LHCb sees evidence for a new tetraquark state
A pair of isospin partners of hidden-charm tetraquark candidates with strangeness add further pieces to the exotic-hadron jigsaw.
Read article 'Strong coupling probed beyond the TeV scale'
Strong coupling probed beyond the TeV scale
ATLAS presents the first determination of the strong-coupling constant with NNLO accuracy in three-jet production using the full Run 2 data.
Read article 'Multi-strange production constrains hadronisation'
Multi-strange production constrains hadronisation
A novel study of the production of strange and multi-strange hadrons by ALICE will help to improve the modelling of particle production at the LHC.
Read article 'τ-lepton polarisation measured in Z-boson decays'
τ-lepton polarisation measured in Z-boson decays
Such measurements are crucial to probe the CP properties of the Higgs boson’s Yukawa coupling to tau leptons.
Read article 'Meenakshi Narain 1964–2023'
Meenakshi Narain 1964–2023
A pioneering experimentalist in top-quark physics, Meenakshi Narain was also a powerful voice for women and minorities in science.
Read article 'Lars Brink 1943–2022'
Lars Brink 1943–2022
Theoretical physicist Lars Brink served on the Nobel Committee for physics for many years.
Read article 'Neutrino scattering sizes up the proton'
Neutrino scattering sizes up the proton
The MINERνA collaboration has used neutrinos to probe the proton's structure, also offering precise measurements of neutrino-oscillation parameters.
Read article 'TeV photons challenge standard explanations'
TeV photons challenge standard explanations
The brightest gamma-ray burst ever detected appears to have produced an emission that is difficult to explain.
Read article 'STEREO rejects sterile neutrino'
STEREO rejects sterile neutrino
A normalisation bias in the beta-decay spectrum of uranium-235 is the most probable explanation for a deficit of electron neutrinos seen at reactor experiments.
