WP7 – Permanent Magnets
| 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 |

Raffaella Geometrante
“The objective of this work package is not only to develop and assess permanent magnet technologies for future accelerator applications, but also to introduce a stronger industrial approach to innovation in this field.
Permanent magnets represent a strategic technology, both for research infrastructures and for Europe more broadly, as they can contribute to reducing energy consumption while strengthening technological and industrial competitiveness and long-term sustainability.
In WP7, the ambition is therefore not limited to laboratory-scale prototypes. The work is conceived from the beginning with standardisation, scalability, manufacturability and deployment in mind, helping to bridge the gap that often exists between research-driven prototypes and technologies that can be effectively implemented at industrial and market level.
A key point is that industry is not involved only as a supplier, but as an active driver of innovation, bringing both technological capabilities and an implementation-oriented mindset.”