A new carbide-carbon material, developed through the EU-funded I.FAST project, could prove be a scalable option as a thermal conductor in demanding conditions – becoming a replacement in high-end solutions for cheap yet less high performing materials

There are several new studies underway to assess the role that HTS can play in improving the performance of radio frequency systems of future particle accelerators

The 85 participants gained theoretical and hands-on experience of working on particle accelerator technologies

A newly established forum aims to better align the priorities of research institutions and industry, including in the particle accelerator area.

Laser-plasma technology, additive manufacturing, high-temperature superconductors and other innovations have strong potential to reduce the footprint of particle accelerators.

Over the last decades, the learning path of an accelerator scientist has evolved. Two CERN group leaders tell us how CAS Courses are proving invaluable.

The topical workshop “Gigahertz Rate and Rapid Muon Acceleration” showed how advanced accelerator concepts can jump-start dark-sector searches.

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

Aimed at reducing the energy use of accelerator facilities, the Zero Power Tunable Optics project demonstrated the replacement of resistive electromagnets with permanent ones whilst retaining field strength adjustability.