Beauty quarks test lepton universality
Recent meassurements of the decays of B mesons hint at slight deviations form lepton universality
High-gradient X-band technology: from TeV colliders to light sources and more
Powerfult linear-accelerator technology developed for fundamental exploration is being transferred to applications beyond high-energy physics
Time to adapt for big data
A report calls for radical changes in computing and software to ensure the success of high-energy physics experiments into the 2020s
Small accelerator promises big returns
The CBETA multi-turn energy-recovery linac aims to combine the best of linear and circular accelerators
Experiment of the moment
The BASE collaboration at CERN has measured the antiproton magnetic moment with extraordinary precision.
Illuminating antimatter
The ALPHA collaboration has made seminal measurements of antihydrogen’s spectral structure in a bid to test nature’s fundamental symmetries.
Putting the Pauli exclusion principle on trial
If detected, even the tiniest violation of the exclusion principle would revolutionise physics.
Therapeutic particles
Targeting linacs for new hadron-therapy treatment modes
Isotopes for precision medicine
CERN-MEDICIS has produced its first radioisotopes for medical research
The changing landscape of cancer therapy
Proton and ion therapy set to transform global cancer treatment
