I.FAST aims to enhance innovation in the particle accelerator community, mapping out and facilitating the development of breakthrough technologies common to multiple accelerator platforms. The project involves 49 partners, including 17 companies as co-innovation partners, to explore new alternative accelerator concepts and advanced prototyping of key technologies.
These include, among others, new accelerator designs and concepts, advanced superconducting technologies for magnets and cavities, techniques to increase brightness of synchrotron light sources, strategies and technology to improve energy efficiency, and new societal applications of accelerators.
Following on from the success of previous editions, the EU-funded I.FAST project is set to host a new challenge-based innovation (CBI) event running between July 22 and July 31, 2025
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
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
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
Laser-plasma technology, additive manufacturing, high-temperature superconductors and other innovations have strong potential to reduce the footprint of particle accelerators.
Held in Paris, the penultimate annual meeting of the I.FAST project included lively discussions on cryogenics, additive manufacturing, and sustainability.
Aimed at introducing high-school students to the benefits of particle physics for society and medical applications, the Particle Therapy MasterClass just opened registration for its 2024 edition.
