Read article 'ATLAS observes Higgs-boson decay to b quarks'
Observing this decay mode and measuring its rate is mandatory to confirm (or not) the mass generation for fermions via Yukawa interactions, as predicted in the SM.
Read article 'Loops and legs in quantum field theory'
The conference brought together more than 100 researchers from 18 countries to discuss the latest results in precision calculations for particle physics at colliders.
Read article 'LHCP reports from Bologna'
Some 450 researchers from around the world headed to historic Bologna to attend the sixth Large Hadron Collider Physics conference.
Read article 'Measuring Higgs-boson interactions with third-generation fermions'
New results released by the ATLAS collaboration firmly establish and measure these so-called Yukawa couplings to third-generation fermions.
Read article 'Higgs boson reaches the top'
The CMS collaboration has published the first direct observation of the coupling between the Higgs boson and the top quark.
Read article 'Standard Model gets annual check up at Moriond'
The annual conference is an opportunity to review the progress taking place over the breadth of particle physics.
Read article 'ATLAS focuses on Higgs-boson decays to vector bosons'
The Higgs-boson decay to two W bosons (H → WW) is the second most common decay mode after its decay to two b quarks.
Read article 'CMS observes rarest Z boson decay mode'
Theoretical calculations of this process predict a branching fraction of 6.7–7.7 × 10–7.
Read article 'Taking top physics forward'
LHCb has now made its first measurement of top quark production using Run-2 data collected in proton–proton collisions at the energy of 13 TeV.
Read article 'ATLAS illuminates the Higgs boson at 13 TeV'
The Higgs-to-two-photons decay played a crucial role in the discovery of the Higgs boson in 2012 owing to the excellent mass resolution and well-modelled backgrounds in this channel.
