AF7 - Subgroup RF - miniWorkshop on Innovative Design and Modeling

Contribution List

1. Pushing Brightness and Current limits of Normal-Conducting Radiofrequency Electron Sources

Daniele Filippetto (Lawrence Berkeley National Lab)

26/01/2021, 09:40

High current and high brightness guns

3. Bright Electron and Positron Beams and High-Charge Electron Bunches for Beam-driven Structure-WakeField Accelerators

Philippe Piot (Northern Illinois University & Fermilab)

26/01/2021, 10:00

Bright beams and wakefields

4. Mitigation of Emittance Dilution Due to Wakefields in Accelerator Cavities Using Advanced Diagnostics with Machine Learning Techniques

Alex Lumpkin (Fermilab)

26/01/2021, 10:20

Bright beams and wakefields

9. A modular community ecosystem for multi-physics particle accelerator modeling and design

Jean-Luc Vay (Lawrence Berkeley National Laboratory)

26/01/2021, 11:10

Accelerator modeling

10. Design RF cavity geometries with advanced computation methods

Tianhuan Luo (LBL)

26/01/2021, 11:30

Accelerator modeling

11. RF computations: Needs in performance, capability, and optimization

John Cary (University of Colorado)

26/01/2021, 11:50

Accelerator modeling

5. Employing High Epsilon Dielectric Materials for Enhancing Cu Accelerator

Kimberley Nichols (LANL)

26/01/2021, 12:40

Cavity R&D

6. Cavity R&D as part of optimizing the FCC Colliders

Franck Peauger (CERN)

26/01/2021, 13:00

Cavity R&D

8. Dual Axis Asymmetric SRF cavities (15+5) (not presented)

Ivan Konoplev (JAI, Department of Physics, University of Oxford)

26/01/2021, 13:20

Cavity R&D

7. Warm and s.c. RFQ and DTL structures (15+5) (not presented)

Grigory Trubnikov (JINR)

26/01/2021, 13:40

Cavity R&D

2. High current high brightness SRF gun (15+5) unable to attend

Erdong Wang (BNL)

High current and high brightness guns