International Accelerator School: Superconducting Science and Technology for Particle Accelerators

Contribution List

7. Welcome to the IAS

Prof. Mark Boland (CLS)

7/11/23, 9:00 AM

11. The Case for High Energy Colliders: Mike Lamont

Mike Lamont (CERN)

7/11/23, 10:00 AM

12. Accelerator Physics Primer and Need for SC Technologies 1: Hermann Schmickler (CERN)

Frank Tecker (CERN) , Dr Hermann Schmickler (ex-CERN)

7/11/23, 11:30 AM

15. Overview of the Canadian Light Source

Prof. Mark Boland (CLS)

7/11/23, 2:00 PM

14. Accelerator Physics Primer and Need for SC Technologies 2: Hermann Schmickler (CERN)

Frank Tecker (CERN)

7/11/23, 3:00 PM

18. Fundamentals of Superconductivity 1: Rogerio De Sousa (UVic)

Rogério de Sousa (University of Victoria)

7/12/23, 9:00 AM

3. Linear Optics 1 Basic Concepts: Todd Satogata (JLab)

Todd Satogata (Jefferson Lab)

7/12/23, 10:00 AM

17. Fundamentals of Superconductivity 2: Rogerio De Sousa (UVic)

Rogério de Sousa (University of Victoria)

7/12/23, 11:30 AM

8. Linear Optics 2 Methods for Machine Design: Todd Satogata (JLab)

Todd Satogata (Jefferson Lab)

7/12/23, 2:00 PM

9. Beam Instrumentation for Colliders: Hermann Schmickler (CERN)

Dr Hermann Schmickler (ex-CERN) , Prof. Mark Boland (CLS)

7/12/23, 3:00 PM

49. Tutorial Part 1: Dipole bending magnet design activity

Prof. Mark Boland (CLS) , Todd Satogata (Jefferson Lab)

7/12/23, 4:30 PM

2. Linear Optics 3 Magnet Requirements: Todd Satogata (JLab)

Todd Satogata (Jefferson Lab)

7/13/23, 9:00 AM

19. Longitudinal Dynamics 1 Basic Concepts: Frank Tecker (CERN)

Frank Tecker (CERN)

7/13/23, 10:00 AM

20. Fundamentals of SRF1: Tobias Junginger (UVic)

Tobias Junginger (University of Victoria and TRIUMF)

7/13/23, 11:30 AM

The PPTX file contains the full material of both lectures including hidden slides I did not present due to limited time. The pdf file is as presented in this lecture

21. Beam Envelope Simulations for Design and Operation: Rick Baartman (TRIUMF)

Richard Baartman (TRIUMF)

7/13/23, 2:00 PM

The virtue of statistical techniques or ``envelope'' codes to calculate particle beams through transport channels and accelerators is their speed. They are orders of magnitude faster than multi-particle simulations. This enables them to be useful both in designing complex systems and in operating beamlines, synchrotrons and linear accelerators.

22. SRF Cavities 1: Bob Laxdal (TRIUMF)

Bob Laxdal (TRIUMF)

7/13/23, 3:00 PM

50. Tutorial Part 2: dipole and quadrupole design activity

Prof. Mark Boland (CLS)

7/13/23, 4:30 PM

23. Longitudinal Dynamics 2 RF Structure Requirements: Frank Tecker

Frank Tecker (CERN)

7/14/23, 9:00 AM

The slides are togther with the first part of the lecture.

47. Overview of CLS Cryo Systems

Grant Henneberg (CLS)

7/14/23, 10:00 AM

24. Fundamentals of SRF2: Tobias Junginger (UVic)

Tobias Junginger (University of Victoria and TRIUMF)

7/14/23, 11:30 AM

25. Beam Envelope Simulations and High Level Applications for Operations 2: Rick Baartman(TRIUMF)

Richard Baartman (TRIUMF)

7/14/23, 2:00 PM

This lecture will cover envelope calculations for the cases of linear accelerators, and space charge. Both lecture are in the file named Lecture1.pdf

26. SRF Cavities 2: Bob Laxdal (TRIUMF)

Bob Laxdal (TRIUMF)

7/14/23, 3:00 PM

51. Tutorial 3: cavity design

Prof. Mark Boland (CLS)

7/14/23, 4:30 PM

48. Cryostat Technology for Accelerators: Nusair Hasan (MSU)

Nusair Hasan (Michigan State University)

7/16/23, 9:00 AM

27. Instrumentation for Cryogenics 1: Nusair Hasan (MSU)

Nusair Hasan (Michigan State University)

7/16/23, 10:00 AM

28. Basic Crab Activities: Yoshiyuki Morita (KEK)

yoshiyuki morita (KEK)

7/16/23, 11:30 AM

29. SC Magnets 1: GianLuca Sabbi (LBL)

GianLuca Sabbi (LBNL)

7/16/23, 2:00 PM

30. Machine-Detector Interface design and Beam Background at SuperKEKB (1): Hiroyuki Nakayama (KEK)

Hiroyki Nakayama (KEK)

7/16/23, 3:00 PM

31. Machine-Detector Interface design and Beam Background at SuperKEKB (2): Hiroyuki Nakayama (KEK)

Hiroyki Nakayama (KEK)

7/16/23, 4:30 PM

32. SC Cavity Design and Production: Yoshiyuki Morita (KEK)

yoshiyuki morita (KEK)

7/16/23, 5:30 PM

33. Cryoplant Engineering and Operations: Nusair Hasan (MSU)

Nusair Hasan (Michigan State University)

7/17/23, 9:00 AM

34. Instrumentation for Cryogenics 2: Nusair Hasan (MSU)

Nusair Hasan (Michigan State University)

7/17/23, 10:00 AM

35. KEKB Experience with Crab Activities: Yoshiyuki Morita (KEK)

yoshiyuki morita (KEK)

7/17/23, 11:30 AM

36. SC Magnets 2: GianLuca Sabbi (LBL)

GianLuca Sabbi (LBNL)

7/17/23, 1:30 PM

37. Cryogenic Systems and Operations at KEK 1: Hirotaka Nakai (KEK)

Hirotaka Nakai (High Energy Accelerator Research Organization (KEK))

7/17/23, 2:30 PM

38. Cryogenic Systems and Operations at KEK 2: Hirotaka Nakai (KEK)

Hirotaka Nakai (High Energy Accelerator Research Organization (KEK))

7/17/23, 4:00 PM

39. Innovation Techniques in Accelerators 1: Andrei Seryi (JLab)

Andrei Seryi (Jefferson Lab)

7/18/23, 9:00 AM

40. Innovation Techniques in Accelerators 2: Andrei Seryi (JLab)

Andrei Seryi (Jefferson Lab)

7/18/23, 10:00 AM

41. Case Study: The Superconducting ARIEL e-Linac at Triumf: Oliver Kester (TRIUMF)

Oliver Kester (TRIUMF)

7/18/23, 11:30 AM

42. Innovation Techniques in Accelerators 3: Andrei Seryi (JLab)

Andrei Seryi (Jefferson Lab)

7/19/23, 9:00 AM

43. Challenges for EIC: Andrei Seryi (JLab)

Andrei Seryi (Jefferson Lab)

7/19/23, 10:00 AM

52. Tutorial: Presentation preparation

Prof. Mark Boland (CLS)

7/19/23, 11:30 AM

55. Student Presentation Preparations

7/19/23, 1:30 PM

45. Student Oral Presentations

7/19/23, 4:30 PM

44. Discussions and Closing Session: Mark Boland (CLS)

7/19/23, 5:50 PM

13. Case Study: LHC and HL LHC SC Magnets: Lucio Rossi (INFN)

16. Fundamentals of Superconductivity 1: Rogerio De Sousa (UVic)

Rogério de Sousa (University of Victoria)

46. Student Oral Presentations