Located in KEK Japan, this experimental facility will pursue the necessary R&D to maximize the luminosity potential of linear colliders.

The CLIC collaboration is moving towards its technical design report.

To look into the atomic and subatomic structure of materials and cells, future industry will need ever-smaller accelerators.

Optimised system designs for power efficiency, high efficiency klystrons, permanent magnets, renewable power… The linear collider projects are working to address power efficiency and reduce the environmental impact of the facilities.

In order to reduce the beam emittance by a large factor, the CLIC Collaboration has developed an innovative dipole magnet prototype and built a permanent magnet demonstrator

The EU-funded project held the promise of designing more compact and cost-effective linac-based photon sources.

In Spring 2021, the 9th workshop dedicated to vacuum arcs MeVArc took place online – it aims at better understanding how electric discharges occur in vacuum.

Half of a CERN high-gradient test facility embarks on a new life at the University of Melbourne

Last February, the Compact Linear Collider (CLIC) team working on technical developments organised a workshop on all the different technologies developed for producing, handling, and preserving nanobeams and ultra-short bunches.

Stray magnetic fields are a serious consideration in the design CLIC. Measurements to characterise stray magnetic fields at CERN are presented and a mitigation technique for CLIC is discussed.