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Fifth International Accelerator School for Linear Colliders

October 25, 2010 to November 6, 2010
Villars-sur-Ollon
Europe/Zurich timezone

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Contribution List

28 / 28
1. Lecture I2 – ILC
Prof. Barry Barish (GDE)
10/26/10, 10:30 AM
• e- and e+ sources • Bunch compressors and spin rotators • Damping rings • Main linac • Beam delivery system • Civil construction issues
0. Lecture I1 – Introduction
Prof. Barry Barish (GDE)
10/26/10, 4:30 PM
• Tera scale physics • ILC and LHC • Layout of the ILC • Parameter choices & optimization • Other possible future lepton colliders: CLIC and the muon collider • Detectors
2. Lecture I3 – CLIC
Frank Tecker (CERN)
10/27/10, 9:00 AM
• Klystron vs. beam driven acceleration • CLIC layout • Parameter choices & optimization • Driver beam stability • Comparison of the CLIC and ILC • Technical challenges
3. Lecture I4 – Muon collider
Dr Robert B Palmer (BNL)
10/27/10, 2:00 PM
• Muon collider basics • Machine layout • Major sub-systems • Challenges
4. Accelerator physics Lecture A1 – Linac
Daniel Schulte (CERN)
10/28/10, 2:00 PM
15. RF technology Lecture B1 – Room temperature RF (12 hours)
Erk Jensen (CERN)
10/28/10, 2:00 PM
5. Accelerator physics Lecture A1 – Linac (cont’d)
Daniel Schulte (CERN)
10/29/10, 9:00 AM
16. RF technology Lecture B1 – Room temperature RF (cont’d)
Erk Jensen
10/29/10, 9:00 AM
27. Excursion
10/29/10, 2:00 PM
6. Accelerator physics Lecture A1 – Linac (cont’d)
Daniel Schulte (CERN)
10/30/10, 9:00 AM
17. RF technology Lecture B1 – Room temperature RF (cont’d)
Alexej Grudiev (CERN)
10/30/10, 9:00 AM
7. Accelerator physics Lecture A2 – Sources (6 hrs)
Dr Masao Kuriki (KEK)
10/30/10, 2:00 PM
18. RF technology Lecture B1 – Room temperature RF (cont’d)
Walter Wuensch
10/30/10, 2:00 PM
8. Accelerator physics Lecture A2 – Sources (cont'd)
Dr Masao Kuriki (KEK)
10/31/10, 9:00 AM
19. RF technology Lecture B2 – Superconducting RF (12 hrs)
Mr Jean Delayen (Jefferson Lab)
10/31/10, 9:00 AM
9. Accelerator physics Lecture A3 – Damping rings (12 hrs)
Dr Mark Palmer (Cornell University LEPP)
10/31/10, 2:00 PM
21. RF technology Lecture B2 – Superconducting RF (cont’d)
Mr Jean Delayen (Jefferson Lab)
10/31/10, 2:00 PM
10. Accelerator physics Lecture A3 – Damping rings (cont)
Dr Mark Palmer (Cornell University LEPP)
11/1/10, 9:00 AM
22. RF technology Course B: RF technology
Mr Jean Delayen (Jefferson Lab)
11/1/10, 9:00 AM
11. Accelerator physics Lecture A3 – Damping rings (cont’d)
Dr Mark Palmer (Cornell University LEPP)
11/2/10, 9:00 AM
23. RF technology Lecture B2 – Superconducting RF (cont’d)
Mr Jean Delayen (Jefferson Lab)
11/2/10, 9:00 AM
12. Accelerator physics Lecture A3 – Damping rings (cont’d)
Dr Mark Palmer (Cornell University LEPP)
11/2/10, 2:00 PM
24. RF technology Lecture B3 – LLRF & high power RF (9 hrs)
Dr Stefan Simrock (DESY)
11/2/10, 2:00 PM
13. Accelerator physics Lecture A4 – Beam delivery system and beam-beam (6 hrs)
Prof. Andrei Seryi (John Adams Institute)
11/3/10, 9:00 AM
25. RF technology Lecture B3 – LLRF & high power RF (cont’d)
Dr Stefan Simrock (DESY)
11/3/10, 9:00 AM
14. Accelerator physics Lecture A4 – Beam delivery system and beam-beam (cont’d)
Prof. Andrei Seryi (John Adams Institute)
11/3/10, 2:00 PM
26. RF technology Lecture B3 – LLRF & high power RF (cont’d)
Dr Stefan Simrock (DESY)
11/3/10, 2:00 PM
20. RF technology Lecture B2 – Superconducting RF (cont’d)
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