News
News
FASER measures high-energy neutrino interaction strength
The interaction strength of neutrinos had never previously been measured in this energy range
The delicate balance of lepton flavours
New ATLAS measurement of lepton flavour universality, a key feature of the Standard Model, in decays of the W boson is more precise than all previous measurements combined
First observation of photons-to-taus in proton–proton collisions by CMS
Using the outstanding tracking capabilities of the CMS detector, the collaboration observed two photons producing two tau-leptons in proton–proton collisions
Scientists use n_TOF to investigate how cerium is produced in the Universe
The CERN facility allowed scientists to see how this rare Earth metal is synthesised in stars. The results open up new questions about stellar nucleosynthesis and the chemical evolution of galaxies
LHCb observes a new decay mode of the charmed beauty meson
The result has implications for future searches for rare beauty meson decays and for the interpretation of results from the Fermilab g-2 experiment
AEgIS experiment paves the way for new set of antimatter studies by laser-cooling positronium
In cooling positronium with laser light for the first time, AEgIS may also have taken the first step towards a matter–antimatter system that emits laser-like gamma-ray light
CMS collaboration explores how AI can be used to search for partner particles to the Higgs boson
This search uses computer vision techniques to look for collimated bursts of light, a potential signature of Higgs partner particles
Hearing the sound of quark–gluon plasma
The CMS collaboration has measured the speed of sound in the quark–gluon plasma more precisely than ever before, offering new insights into this extremely hot state of matter
Charm is better than beauty at going with the flow
New ALICE measurements shed light on the dynamics of charm and beauty particles in quark–gluon plasma
CLOUD challenges current understanding of aerosol particle formation in polar and marine regions
The results imply that climate models are underestimating the formation rates of aerosol particles