Read article 'LHCb squeezes D-meson mixing'
LHCb squeezes D-meson mixing
The LHCb collaboration recently measured a set of parameters that determine the matter–antimatter oscillation of the neutral D meson with unprecedented precision.
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Read article 'LHCb squeezes D-meson mixing'
The LHCb collaboration recently measured a set of parameters that determine the matter–antimatter oscillation of the neutral D meson with unprecedented precision.
Read article 'LHCb targets rare radiative decay'
The LHCb collaboration has reported the first search for the decay of the neutral strange B-meson to a pair of muons and a reconstructed photon.
Read article 'BESIII passes milestone at the charm threshold'
The largest charm-threshold data set ever collected is also vital for studies with charm and beauty mesons at LHCb and Belle II.
Read article 'Tango for two: LHCb and theory'
The 13th Implications of LHCb measurements and future prospects workshop showcased mutual enthusiasm between the experimental and theoretical communities
Read article 'Resolving asymmetries in B0 and B0s oscillations'
Decay-time-dependent analyses of tree-level neutral B-meson decays are sensitive to the CKM angle γ via CP violation.
More than 100 kaon experts met at CERN in September for a hybrid workshop to take stock of the experimental and theoretical opportunities in kaon physics in the coming decades.
Read article 'Antinuclei production in pp collisions'
The LHCb collaboration has announced first results on the production of antihelium and antihypertriton nuclei in proton–proton collisions at the LHC.
Read article 'Beauty in the Auvergne'
The first major results from Belle II and precision flavour measurements by LHCb were among the highlights of Beauty 2023.
Read article 'CP studies open windows on new physics'
Legacy results from the first LHC runs represent a new milestone in LHCb’s hunt for physics beyond the Standard Model.
Read article 'Charm production in proton–lead collisions'
A new analysis of proton–lead collisions has allowed LHCb to investigate a crucial missing piece in our understanding of quantum chromodynamics.