FCC Week 2024 convened more than 450 scientists, researchers and industry leaders in San Francisco with the aim of engaging the wider scientific community, in particular in North A...
The laboratory will acquire unique expertise useful to the HL-LHC experiments, future projects and other accelerators around the world.
Hybrid pixel detectors are changing the face of societal applications such as X-ray imaging.
A retrospective of 60 years’ coverage of detector technology in CERN Courier
The BASE experiment has reduced the time to cool antiprotons from 15 hours to eight minutes.
By parking events triggered by a single muon, CMS collected an inclusive sample of approximately 10 billion b-hadrons in 2018.
The Chamonix Workshop upheld its long tradition of fostering open and collaborative discussions within CERN’s accelerator and physics communities.
The seventh workshop on Medical Applications of Spectroscopic X-ray Detectors was held at CERN from in April.
The Tokai-to-Kamioka (T2K) collaboration has brought an upgraded near detector online.
How big is a neutrino? Results from BeEST set new limits on the size of the neutrino’s wave packet, but theorists are at odds over how to interpret the data.
In a world first, a research group working at the J-PARC laboratory in Tokai, Japan, has cooled and accelerated a beam of antimatter muons.
On 15 and 16 April, the iSAS kick-off meeting was organised at IJCLab in Orsay, France.
As the harvest of data from the LHC experiments continues to increase, so does the required number of simulated collisions.
How the CERN EN-MME-MM section deals with the complex demands for mechanical design, production facilities and material science at CERN and beyond.
A new five-year-long project aims to accelerate novel computing, engineering and scientific ideas for the ATLAS and CMS upgrades.
The US Department of Energy has approved “Critical Decision 3A” for the future Brookhaven-based collider.
Innovation in vacuum science, technology and engineering at CERN and beyond