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WP6 – Advanced RF Technologies

WP1 – Project Management and Coordination
WP2 – Strategic Communication, Outreach and Sustainability
WP3 – Reinforcing Co-creation with Industry
WP4 – Superconducting Thin Films for RF Cavities
WP5 – Laser Driven Acceleration
WP6 – Advanced RF Technologies
WP7 – Permanent Magnets
WP8 – High-Temperature Superconducting Magnets
WP9 – High-Brightness Electron Injectors
WP10 – Surface Treatments for Niobium SRF Cavities
WP11 – Additive Manufacturing
WP12 – Advanced Materials for Accelerators

Adolfo Velez Saiz

“Our work package is important because it develops key enabling technologies, such as advanced HTS magnet systems, fast reactive tuning solutions, and efficient RF sources. These can improve the performance, efficiency, and flexibility of next-generation particle accelerators.

We are aiming to have integrated technologies for improved accelerator operation, including high-field HTS-based components and rapid beam loading compensation strategies that enhance RF stability and accelerator performance.”

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