Name: Eighth International Accelerator School for Linear Colliders
Start: 2013-12-04T08:00:00+00:00
End: 2013-12-15T22:00:00+00:00
Location: No location set

Thursday 5 December
- Thu 5 Dec
- Fri 6 Dec
- Sat 7 Dec
- Sun 8 Dec
- Mon 9 Dec
- Tue 10 Dec
- Wed 11 Dec
- Thu 12 Dec
- Fri 13 Dec
- Sat 14 Dec
- Sun 15 Dec
- Introduction & Lecture 0
  
  Convener: Dr Weiren Chou (Fermilab)
  
  slides
- 1
  
  Lecture I1 - Introduction
  
  • Tera scale physics • Overview of future accelerators for Tera scale physics (ILC, CLIC, muon collider, γγ collider, LHeC, TLEP, new acceleration technologies)
  
  Speaker: Prof. Masao KURIKI (Hiroshima Univ.)
  
  Slides
- 2
  
  Lecture I2 – ILC
  
  • e- and e+ sources • Bunch compressors and spin rotators • Damping rings • Main linac • Beam delivery system • Civil construction issues
  
  Speaker: Prof. Masao KURIKI (Hiroshima Univ.)
  
  Homework
  
  Homework Answers
  
  Slides
- 3
  
  Tutorial & homework
Friday 6 December
- Thu 5 Dec
- Fri 6 Dec
- Sat 7 Dec
- Sun 8 Dec
- Mon 9 Dec
- Tue 10 Dec
- Wed 11 Dec
- Thu 12 Dec
- Fri 13 Dec
- Sat 14 Dec
- Sun 15 Dec
- 4
  
  Lecture I3 – CLIC
  
  • Klystron vs. beam driven acceleration • CLIC layout • Parameter choices & optimization • Driver beam stability • Comparison of the CLIC and ILC • Technical challenges
  
  Speaker: Frank Tecker (CERN)
  
  Homework questions
  
  Slides
  
  Video
- 5
  
  Joint lecture AB1 – Linac basics
  
  Speaker: Daniel Schulte (CERN)
  
  Homework
  
  Homework Solutions
  
  Slides
- 6
  
  Tutorial & homework
Saturday 7 December
- Thu 5 Dec
- Fri 6 Dec
- Sat 7 Dec
- Sun 8 Dec
- Mon 9 Dec
- Tue 10 Dec
- Wed 11 Dec
- Thu 12 Dec
- Fri 13 Dec
- Sat 14 Dec
- Sun 15 Dec
- 7
  
  Joint lecture AB2 –Instrumentation basics
  
  Speaker: Hermann Schmickler
  
  Homework
  
  Part I
  
  Part II
- 8
  
  Course A: Accelerator physics Lecture A1 – Linac
  
  Speaker: Daniel Schulte (CERN)
  
  Homework
  
  Homework Solutions
  
  Slides
- 9
  
  Course B: Accelerator technology Lecture B1 – Room temperature RF
  
  Speaker: Walter Wuensch
  
  Coupling
  
  Homework problems
  
  Introduction
- 10
  
  Tutorial & homework
Sunday 8 December
- Thu 5 Dec
- Fri 6 Dec
- Sat 7 Dec
- Sun 8 Dec
- Mon 9 Dec
- Tue 10 Dec
- Wed 11 Dec
- Thu 12 Dec
- Fri 13 Dec
- Sat 14 Dec
- Sun 15 Dec
- 11
  
  Course A: Accelerator physics Lecture A1 – Linac
  
  Speaker: Daniel Schulte (CERN)
  
  Homework
  
  Homework Solutions
  
  Slides
- 12
  
  Course B: Accelerator technology Lecture B1 – Room temperature RF
  
  Speaker: Walter Wuensch
  
  Hardware
- 14:00
  
  Excursion
- 13
  
  Tutorial & homework
Monday 9 December
- Thu 5 Dec
- Fri 6 Dec
- Sat 7 Dec
- Sun 8 Dec
- Mon 9 Dec
- Tue 10 Dec
- Wed 11 Dec
- Thu 12 Dec
- Fri 13 Dec
- Sat 14 Dec
- Sun 15 Dec
- 14
  
  Course A: Accelerator physics Lecture A1 – Linac
  
  Speaker: Daniel Schulte (CERN)
  
  Homework
  
  Slides
- 15
  
  Course B: Accelerator technology Lecture B1 – Room temperature RF
  
  Speaker: Walter Wuensch
  
  HOM damping
  
  Wakefields
- 16
  
  Course A: Accelerator physics Lecture A2 – Sources
  
  Speaker: Dr Masao Kuriki (KEK)
  
  Homework
  
  homework answer
  
  Slides
- 17
  
  Course B: Accelerator technology Lecture B2 – Superconducting RF
  
  Speaker: Dr Takayuki SAEKI (KEK)
  
  Slides
- 18
  
  Tutorial & homework
Tuesday 10 December
- Thu 5 Dec
- Fri 6 Dec
- Sat 7 Dec
- Sun 8 Dec
- Mon 9 Dec
- Tue 10 Dec
- Wed 11 Dec
- Thu 12 Dec
- Fri 13 Dec
- Sat 14 Dec
- Sun 15 Dec
- 19
  Course A: Accelerator physics Lecture A3a – Damping rings
  
  Speaker: Dr Yannis Papaphilippou (CERN)
  Slides
  
  DR_general.pdf
  
  Homework
  
  Homework_1.pdf
  
  linear_dynamics.pdf
- 20
  Course B: Accelerator technology Lecture B1 – Room temperature RF
  
  Speaker: Dr Walter WUENSCH (CERN)
  FN homework
  
  data0.txt
  
  data3.txt
  
  information_for_students.txt
  
  High Gradient
- 21
  
  Course A: Accelerator physics Lecture A2 – Sources
  
  Speaker: Dr Masao Kuriki (KEK)
  
  homework
  
  Homework Answer
  
  Slides
- 22
  
  Course B: Accelerator technology Lecture B2 – Superconducting RF
  
  Speaker: Dr Takayuki SAEKI (KEK)
  
  Slides
- 23
  
  Tutorial & homework
Wednesday 11 December
- Thu 5 Dec
- Fri 6 Dec
- Sat 7 Dec
- Sun 8 Dec
- Mon 9 Dec
- Tue 10 Dec
- Wed 11 Dec
- Thu 12 Dec
- Fri 13 Dec
- Sat 14 Dec
- Sun 15 Dec
- 24
  Course A: Accelerator physics Lecture A3a – Damping rings
  
  Speaker: Dr Yannis Papaphilippou (CERN)
  document
  
  Slides
  
  lattice.pdf
  
  Non-linear.pdf
  
  synchr_radiation.pdf
- 25
  
  Course B: Accelerator technology Lecture B2 – Superconducting RF
  
  Speaker: Dr Takayuki SAEKI (KEK)
  
  Slides
- 26
  
  Excursion
- 27
  
  Tutorial & homework
Thursday 12 December
- Thu 5 Dec
- Fri 6 Dec
- Sat 7 Dec
- Sun 8 Dec
- Mon 9 Dec
- Tue 10 Dec
- Wed 11 Dec
- Thu 12 Dec
- Fri 13 Dec
- Sat 14 Dec
- Sun 15 Dec
- 28
  
  Course A: Accelerator physics Lecture A3a – Damping rings
  
  Speaker: Dr Yannis Papaphilippou (CERN)
  
  document
  
  Slides
- 29
  
  Course B: Accelerator technology Lecture B3 – Instrumentation
  
  Speaker: Hermann Schmickler
  
  Slides
- 30
  
  Course A: Accelerator physics Lecture A3a – Damping rings
  
  Speaker: Dr Yannis Papaphilippou (CERN)
  
  document
  
  Slides
- 31
  
  Course B: Accelerator technology Lecture B2 – Superconducting RF
  
  Speaker: Dr Takayuki SAEKI (KEK)
  
  Slides
- 32
  
  Tutorial & homework
Friday 13 December
- Thu 5 Dec
- Fri 6 Dec
- Sat 7 Dec
- Sun 8 Dec
- Mon 9 Dec
- Tue 10 Dec
- Wed 11 Dec
- Thu 12 Dec
- Fri 13 Dec
- Sat 14 Dec
- Sun 15 Dec
- 33
  
  Course A: Accelerator physics Lecture A3b – Ring colliders
  
  Speaker: Dr Yannis Papaphilippou (CERN)
  
  document
  
  Slides
- 34
  Course B: Accelerator technology Lecture B4 – LLRF & high power RF
  
  Speakers: Dr Stefan Simrock (ITER), Dr Zheqiao Geng (PSI)
  Slides
  
  2013_ISLC_lecture_B4_part_0.pdf
  
  2013_ISLC_lecture_B4_part_1.1.pdf
  
  2013_ISLC_lecture_B4_part_1.2.pdf
  
  2013_ISLC_lecture_B4_part_2.pdf
- 35
  
  Course A: Accelerator physics Lecture A4 – Beam delivery system and beam-beam
  
  Speaker: Prof. Andrei Seryi (John Adams Institute)
  
  document
  
  Slides
- 36
  Course B: Accelerator technology Lecture B4 – LLRF & high power RF
  
  Speakers: Dr Stefan Simrock (ITER), Dr Zheqiao Geng (PSI)
  Slides
  
  2013_ISLC_lecture_B4_part_3.1.pdf
  
  2013_ISLC_lecture_B4_part_3.2.pdf
  
  2013_ISLC_lecture_B4_part_3.3.pdf
  
  2013_ISLC_lecture_B4_part_3.4.pdf
  
  2013_ISLC_lecture_B4_part_3.5.pdf
  
  2013_ISLC_lecture_B4_part_3.6.pdf
  
  2013_ISLC_lecture_B4_part_3.7.pdf
- 37
  
  Tutorial & homework
Saturday 14 December
- Thu 5 Dec
- Fri 6 Dec
- Sat 7 Dec
- Sun 8 Dec
- Mon 9 Dec
- Tue 10 Dec
- Wed 11 Dec
- Thu 12 Dec
- Fri 13 Dec
- Sat 14 Dec
- Sun 15 Dec
- 38
  
  Course A: Accelerator physics Lecture A4 – Beam delivery system and beam-beam
  
  Speaker: Prof. Andrei Seryi (John Adams Institute)
  
  Slides
- 39
  Course B: Accelerator technology Lecture B4 – LLRF & high power RF
  
  Speakers: Dr Stefan Simrock (ITER), Dr Zheqiao Geng (PSI)
  Slides
  
  2013_ISLC_lecture_B4_part_4.1.pdf
  
  2013_ISLC_lecture_B4_part_4.2a.pdf
  
  2013_ISLC_lecture_B4_part_4.2b.pdf
  
  2013_ISLC_lecture_B4_part_4.2.pdf
  
  2013_ISLC_lecture_B4_part_4.3.pdf
  
  2013_ISLC_lecture_B4_part_4.4.pdf
  
  2013_ISLC_lecture_B4_part_4.5.pdf
  
  2013_ISLC_lecture_B4_part_4.6.pdf
- 40
  
  Study time
- 41
  
  Study Time
Sunday 15 December
- Thu 5 Dec
- Fri 6 Dec
- Sat 7 Dec
- Sun 8 Dec
- Mon 9 Dec
- Tue 10 Dec
- Wed 11 Dec
- Thu 12 Dec
- Fri 13 Dec
- Sat 14 Dec
- Sun 15 Dec
- 42
  
  Final Exam
- 43
  
  Free time
- 44
  
  Banquet