Read article 'From atomic to nuclear clocks'
From atomic to nuclear clocks
Recent progress in understanding thorium’s nuclear structure could enable an ultra-accurate nuclear clock with applications in fundamental physics.
Read article 'From atomic to nuclear clocks'
Read article 'Antinucleosynthesis beyond the average'
Antinucleosynthesis beyond the average
New results from ALICE challenge the current understanding of antinuclei production in heavy-ion collisions at LHC energies.
Read article 'Dead-cone effect exposed by ALICE'
Dead-cone effect exposed by ALICE
The result not only confirms a fundamental feature of QCD but enables a direct experimental observation of the non-zero mass of the charm quark.
Read article 'Upsilon suppression in heavy-ion collisions'
Upsilon suppression in heavy-ion collisions
The CMS collaboration has made the first observation of the ϒ(3S) meson in heavy-ion collisions.
Read article 'Tour de QCD and beyond'
Tour de QCD and beyond
Many interesting searches and results were presented at Moriond QCD and High Energy Interactions.
Read article 'Heavy-ion physics: past, present and future'
Heavy-ion physics: past, present and future
The heavy-ion physics programme at LHC Run 3 will provide deep insights into the rich field of QCD phenomenology.
Read article 'Accessing the precursor stage of QGP formation'
Accessing the precursor stage of QGP formation
ALICE explores the rapid expansion of the QGP under large pressure gradients.
Read article 'Charm baryons constrain hadronisation'
Charm baryons constrain hadronisation
The ALICE collaboration has used ultrarelativistic nuclear collisions to test the limits of hadronisation.
Read article 'Precision Z-boson production measurements'
Precision Z-boson production measurements
Precise measurements of the Z-boson production cross section by LHCb provide an implicit test of quantum chromodynamics.
Read article 'Charm-strange mesons probe hadronisation'
Charm-strange mesons probe hadronisation
The freshly-completed upgrade of the detectors and the harvest of Pb–Pb collision data expected in Run 3 will further improve the measurements.
