CERN vacuum experts explore the critical role that surface modification plays in large-scale vacuum systems.
CERN’s vacuum groups has completed an intense period of activity during LS2 to prepare the accelerator complex for more luminous operations.
Head of the KIT Vacuum Lab, Christian Day, discusses the importance of an integrated approach to vacuum system development in which modelling, simulation and experimental validation all work in tandem...
ITER vacuum-section leader Robert Pearce describes the latest progress with one of the largest and most complex vacuum systems ever built.
State-of-the-art ultrahigh-vacuum technologies underpin the 3 GeV electron storage ring of Sweden's MAX IV light source.
Intriguing hints of deviations from the Standard Model in the flavour sector point towards new physics accessible at a Future Circular Collider.
Precise measurements of solar neutrinos have enabled the Borexino experiment to definitively observe the two main fusion reactions in stars.
Technology originally developed for high-energy physics is being used to develop a novel medical linear accelerator for radiotherapy in low- and middle-income countries.
Energy economy was the primary motivation for CERN to adopt the “Sirius” family of regenerative power converters for its transfer lines.
Beyond the setting of new records, precise knowledge of the luminosity at particle colliders is vital for physics analyses.