Accelerating Systems
| Work Package | Task | Leader | Other beneficiaries | |
| 4.1 | Strategy and Industrialisation | Reza Valizadeh UKRI | CEA, INFN, HZB, Zanon, RI | |
| WP4 – Superconducting Thin Films for RF Cavities | 4.2 | Horizontal Cavity Integration and RF Tests | Oliver Kugeler HZB | CEA, INFN, UKRI, RI, Zanon |
| Oleg Malyshev & Thomas Proslier UKRI & CEA | 4.3 | 1.3 GHz Cavity Production and Coating | Cristian Pira INFN | CEA, UKRI, HZB, RI, Zanon |
| 4.4 | Superconducting Thin Film Development | Thomas Proslier CEA | IEE SAS, INFN, UKRI, HZB | |
| 5.1 | Fast Stabilisation | Kevin Casseau CNRS | DESY, OPTOMAN | |
WP5 – Laser Driven Acceleration | 5.2 | Precision Beam Sampler | Leonida Gizzi INO/CNR | DESY, CNRS, OPTOMAN |
Andreas Maier DESY | 5.3 | Autonomous Tuning | Andreas Maier DESY | CNRS, INO/CNR, OPTOMAN |
| 5.4 | Active Plasma For Bending | Riccardo Pompili INFN | CNRS, INSTRUMENTATION TECHNOLOGIES | |
| 5.5 | Co-Propagating Dielectric Laser Accelerator Structures | Giuseppe Torrisi INFN | PSI, FAU, SenSic | |
| WP6 – Advanced RF Technologies | 6.1 | Locked Magnetron Sources for SRF Systems | Adolfo Velez HZB | QMUL, UPV/EHU, Tekniker |
Adolfo Velez HZB | 6.2 | FE-FRT Ultra High Rep-Rate Frequency Shifting Applications | Nicholas Shipman HZB | VITAVE Tech |
| 6.3 | High-Temperature Superconductors for High-Gradient RF | Sergio Calatroni CERN | CSIC-ICMAB, FREIA | |