An online session to showcase the possibilities of a future muon particle accelerator was attended by nearly 190 participants from 38 countries

Investment and scientific coordination is needed for the development of new thin film solutions for superconducting radio frequency cavities, with the current favoured material costing more per kilogram than silver

Progress accelerates toward the development of the world's first fully polarised Electron-Ion Collider

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

From prosthesis pain to severe burns, four student teams have set their minds to solving global healthcare issues in the I.FAST project’s third challenge based initiative

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.

In December 2023, the Particle Physics Project Prioritization Panel made strong recommendations for the future muon collider, boosting the international muon collider collaboration.

Over the last ten years, the search for new instrumentation tools has led to the development of new concepts and designs at the micron scale.

The FCC feasibility study, has reached a successful mid-term review on its path to completion in 2025. From electrons to protons, FCC-ee and FCC-hh join forces, offering unprecedented precision and energy reach.