ALEGRO2023 Workshop

Contribution List

2. Opening words

Ties Behnke, Wim Leemans (DESY)

22/03/2023, 09:00

Introduction

3. Feedback from Snowmass

Mark Hogan

22/03/2023, 09:15

Introduction

4. Feedback from ESPP

Rajeev Pattathil

22/03/2023, 09:55

Introduction

5. Accelerator Physics

Carl Schroeder

22/03/2023, 11:15

Mid-term particle physics application and science case (10-100 GeV)

6. Non-linear QED

Prof. Matt Zepf (Helmholtz Institut Jena)

22/03/2023, 11:50

Mid-term particle physics application and science case (10-100 GeV)

7. Particle Physics Applications with AWAKE Technology

Allen Caldwell (Max-Planck-Institut fur Physik (DE))

22/03/2023, 12:25

Mid-term particle physics application and science case (10-100 GeV)

8. Simulation challenges for a multi-stage plasma accelerator

Jean-Luc Vay (Lawrence Berkeley National Laboratory)

22/03/2023, 14:00

How to build a mid-term facility (10-100 GeV)

9. Staging and temporal tolerances

Dr Carl A. Lindstrøm (DESY)

22/03/2023, 14:45

How to build a mid-term facility (10-100 GeV)

10. Transverse-tolerance challenges at conventional and novel accelerators

Glen White (SLAC)

22/03/2023, 16:00

How to build a mid-term facility (10-100 GeV)

22. Coordination: Plasma Accelerators for Particle Physics

Rajeev Pattathil, Wim Leemans (DESY)

23/03/2023, 09:00

ESPP Roadmap Process

23. Overall collider concepts (Higgs factory, multi-TeV)

Dr Carl A. Lindstrøm (DESY), Carl Schroeder, Zulfikar Najmudin (Imperial College)

23/03/2023, 09:15

ESPP Roadmap Process

24. Beam-driven electron linac

Erik Adli (University of Oslo (NO))

23/03/2023, 09:25

ESPP Roadmap Process

25. Laser-driven electron linac

Brigitte Cros, Jorge Viera (IST), Maxence Thevenet (Lawrence Berkeley National Laboratory)

23/03/2023, 09:35

ESPP Roadmap Process

26. Positron arm / Spin and polarisation preservation / Final-focus system

23/03/2023, 09:45

ESPP Roadmap Process

27. Sustainability analysis

Denise Völker

23/03/2023, 10:00

ESPP Roadmap Process

28. Discussion

23/03/2023, 10:10

ESPP Roadmap Process

29. High-rep.-rate plasma-accelerator module: 10 yr vision

Andreas Maier (Universität Hamburg), Leonida Gizzi (CNR)

23/03/2023, 11:15

ESPP Roadmap Process

30. High-rep.-rate laser-driver development

Andreas Maier (Universität Hamburg), Paul Mason

23/03/2023, 11:25

ESPP Roadmap Process

31. High-rep.-rate plasma targets

Brigitte Cros, Simon Hooker (University of Oxford)

23/03/2023, 11:35

ESPP Roadmap Process

32. Facility/Delivery requirements

Dr Andreas Döpp (University of Munich (LMU)), Daniel Symes (STFC Rutherford Appleton Laboratory)

23/03/2023, 11:45

ESPP Roadmap Process

33. High-efficiency, beam-quality-preserving electron-driven plasma module: 10 yr vision

Jens Osterhoff, Richard D'Arcy (DESY)

23/03/2023, 11:55

ESPP Roadmap Process

34. Proton-driven experiments at AWAKE

Edda Gschwendtner (CERN), Patric Muggli (Max Planck Institute for Physics)

23/03/2023, 12:05

ESPP Roadmap Process

35. Early particle physics experiments and test facilities

Brian Foster (University of Oxford (GB)), Maria Vranic, Matt Zepf (Helmholtz Institut Jena), Stuart Mangles

23/03/2023, 12:15

ESPP Roadmap Process

36. Discussion - next steps

23/03/2023, 12:25

ESPP Roadmap Process

15. High-rep.-rate laser drivers and plasma sources

Dr Laura Corner (Cockcroft Institute, University of Liverpool)

23/03/2023, 14:00

Outstanding challenges: positron acceleration in plasma, emittance preservation at a level relevant for collider applications, competitive efficiency, repetition rate/average power

16. High-rep.-rate beam drivers and plasma sources

Richard D'Arcy (DESY)

23/03/2023, 14:30

Outstanding challenges: positron acceleration in plasma, emittance preservation at a level relevant for collider applications, competitive efficiency, repetition rate/average power

17. Competitive efficiency: what’s achieved and what’s required (LWFA & PWFA)

Erik Adli (University of Oslo (NO))

23/03/2023, 15:00

Outstanding challenges: positron acceleration in plasma, emittance preservation at a level relevant for collider applications, competitive efficiency, repetition rate/average power

18. ‘Efficiency vs. Stability’ in novel and conventional accelerators

Sergey Antipov

23/03/2023, 15:30

Outstanding challenges: positron acceleration in plasma, emittance preservation at a level relevant for collider applications, competitive efficiency, repetition rate/average power

19. Positron acceleration: a systematic overview

Mr Severin Diederichs (DESY)

23/03/2023, 16:30

Outstanding challenges: positron acceleration in plasma, emittance preservation at a level relevant for collider applications, competitive efficiency, repetition rate/average power

20. Hybrid Asymmetric Linear Higgs Factory (HALHF)

Brian Foster (University of Oxford (GB))

23/03/2023, 17:00

Outstanding challenges: positron acceleration in plasma, emittance preservation at a level relevant for collider applications, competitive efficiency, repetition rate/average power

21. Emittance preservation and required tolerances

Maxence Thevenet (Lawrence Berkeley National Laboratory)

23/03/2023, 17:30

Outstanding challenges: positron acceleration in plasma, emittance preservation at a level relevant for collider applications, competitive efficiency, repetition rate/average power

13. Laser drivers for plasma accelerators

Leonida Gizzi (CNR)

24/03/2023, 09:00

Study: what aspects of a HeP collider do all the non-directly related ANAS or ANAs experiments contribute to?

State-of-the-art and its relevance to collider development,

11. Simulation tools and performance for accelerator modeling

Jorge Viera (IST)

24/03/2023, 09:50

Study: what aspects of a HeP collider do all the non-directly related ANAS or ANAs experiments contribute to?

State-of-the-art and its relevance to collider development, including discussion

12. Discussion and other contributions

Study: what aspects of a HeP collider do all the non-directly related ANAS or ANAs experiments contribute to?

Open to additional contributions

14. Discussion and other contributions

Study: what aspects of a HeP collider do all the non-directly related ANAS or ANAs experiments contribute to?

1. Feedback from Snowmass