Read article 'Tunnelling to the future'
Weaving through the molasse and limestone beneath Lake Geneva and around Mont Salève, the Future Circular Collider would constitute a major global civil-engineering project in its own right.
Read article 'Advancing hardware'
Snapshots of the latest developments in FCC-ee vacuum, radio-frequency, magnet and alignment technologies.
Read article 'Where and how?'
The reference layout for the FCC with eight surface sites constitutes a significant reduction in footprint with respect to the initial scenario drawn up in 2014.
Read article 'China’s designs for a future circular collider'
First proposed in 2012, the Circular Electron Positron Collider in China is soon to enter an engineering design phase.
Read article 'Shooting for a muon collider'
Mark Palmer discusses the challenges and opportunities presented by a future high-energy muon collider.
Read article 'Extremely Brilliant Source illuminates Paganini’s favourite violin'
Intense beams of synchrotron X-rays have revealed the inner workings of Niccolò Paganini’s favourite violin.
Read article 'Machine-learning speedup for HL-LHC'
AI tools developed for particle physics could also be game-changers in nuclear fusion, astrophysics, computer science and biology.
Read article 'Keeping it cool at Cornell'
Originally conceived at SLAC as an attractive approach to a linear-collider Higgs factory, interest in cold-copper accelerator technology has expanded to other areas.
Read article '40 years of accelerating knowledge'
For the past 40 years the CERN Accelerator School has provided a unique training ground for accelerators and associated technologies.
Read article 'Plasma accelerators target polarised beams'
Using the PHELIX laser at Jülich, researchers have presented the first evidence for the production of polarised beams in plasma accelerators.
