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GARD RF Roadmap Update - SRF

5 February 2026
America/New_York timezone

Contribution List

33 / 33
1. Welcome, overview, and goals of this workshop
Anne-Marie Valente-Feliciano (Jefferson Lab)
05/02/2026, 10:00
2. SRF R&D needs for PIP-II, the Fermilab complex, and a muon collider
Sergey Belomestnykh (Fermilab)
05/02/2026, 10:15
7. EIC-ee SRF R&D needs
Zack Conway
05/02/2026, 10:40
6. SRF R&D for ion accelerators
Mike Kelly
05/02/2026, 10:55
3. FCC-ee SRF R&D needs
Frank Gerigk
05/02/2026, 11:05
8. SRF accelerators for industrial applications
Sergey Kutsaev
05/02/2026, 11:20
9. SRF R&D needs for lithography and US manufacturing ecosystem development
Bruce Dunham (SLAC)
05/02/2026, 11:30
10. Discussion
05/02/2026, 11:45
11. Nb treatments for high performance : Potential and future R&D directions
Daniel Bafia (Fermilab)
05/02/2026, 12:05
12. Engineered Nb surfaces: Potential and future R&D directions
Dr Marc Wenskat (DESY)
05/02/2026, 12:30
13. Reducing residual resistance at operating fields: Potential, challenges, and future R&D directions
Dr Pashupati Dhakal (Jefferson Lab)
05/02/2026, 12:50
14. Discussion
05/02/2026, 13:10
15. Nb3Sn by vapor diffusion : Potential, challenges, and future R&D directions
Dr Uttar Pudasaini (Jefferson Lab)
05/02/2026, 13:40
16. Alternative SRF materials: Potential, challenges, and most promising directions for R&D
Dr Nathan Sitaraman (Cornell university)
05/02/2026, 14:00
17. Thin-film growth of SRF materials: Growth methods on different substrates, challenges, and future directions
Cristian Pira (INFN LNL)
05/02/2026, 14:20
19. Practical implications of new materials (handling, tuning,...): Challenges and future R&D directions
Dr Grigory Eremeev (FermiLab)
05/02/2026, 14:40
22. SRF theory: Ideal surfaces and future R&D directions
Prof. Alexander Gurevich (Old Dominion University)
05/02/2026, 15:00
24. Discussion
05/02/2026, 15:20
27. Frameworks for material development using AI/ML
Richard Hennig
05/02/2026, 15:45
28. Future directions for SRF accelerator operation (including AI/ML)
Dr Christopher Tennant (Jefferson Lab)
05/02/2026, 16:00
29. Discussion
05/02/2026, 16:15
18. In-situ processing of SRF cavities in cryomodules: : Potential and further R&D directions
Bianca Giaccone (Fermilab)
05/02/2026, 16:30
20. New cavity shapes and types (tunable cavity, traveling wave...): Potential and further R&D directions
Kellen McGee (FNAL)
05/02/2026, 16:45
21. Cavity fabrication, cost reduction, and vendor development: Potential and challenges
Gigi Ciovati (TJNAF)
05/02/2026, 17:00
23. Clean cavity preparation and assembly: Challenges and future R&D directions
Ganfa Wu (FNAL)
05/02/2026, 17:15
25. SRF ecosystem: Cavity fabrication, preparation, and test facility needs for the US
Martina Martinello (SLAC)
05/02/2026, 17:30
26. Discussion
05/02/2026, 17:45
32. High power RF performance of High Temp Superconductors
Ankur Dhar (SLAC)
05/02/2026, 18:00
33. Ferroelectric Fast Reactive Tuners for SRF Cavities
Alex Kanareykin (Euclid Techlabs LLC)
05/02/2026, 18:05
34. Application of Conduction Cooled SRF Technology for MeV Electron Microscopy
Chunguang Jing (ANL/Euclid Techlabs)
05/02/2026, 18:10
35. Conduction-Cooled SRF Accelerator Developments at IARC Fermilab
CHarles Thangaraj (FNAL)
05/02/2026, 18:15
36. Future development of SRF for accelerator applications
Vyacheslav Yakovlev (Fermilab)
05/02/2026, 18:20
31. Concluding Remarks
Matthias Liepe (Cornell)
05/02/2026, 18:40

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