Name: JUAS 2025 (Course 1): The Science of Particle Accelerators
Start: 2025-01-13T09:30:00+01:00
End: 2025-02-14T18:15:00+01:00
Location: CERN

Accelerator design

Accelerator design: Summary discussion

Apero time by ESI

CERN LIU Project: Beam dynamics aspects & solutions

Closing session (Course 1)

Collective effects

Cyclotrons

Electron-positron circular colliders

EVALUATION #1

EVALUATION #2

EVALUATION FORM #2.2 and Organisation of the CERN Visit

EVALUATION FORM #3

EVALUATION FORM #4

EVALUATION FORM #5.1

EVALUATION FORM #5.2 and Global Eval Form

Fixed-target beamlines

Free-Electron Lasers

Future high-energy linear colliders

Injection / Extraction

Introduction to CERN & its Accelerator Complex

Introduction to MAD-X

Linacs

Longitudinal Beam Dynamics

Longitudinal Beam Dynamics (ALL)

MAD-X

Novel High Gradient Particle Accelerators

OFFICIAL OPENING

Oral EXAM: Accelerator design (by group)

Particle Accelerators in the 21st century

PyHeadTail

Special relativity, electromagnetism, classical and quantum mechanics

Synchrotron Radiation

The US Electron-Ion collider

Transverse Beam Dynamics

Transverse Linear Imperfections

Transverse nonlinear effects

Transverse nonlinear manipulations

VISIT (CERN): ALICE exhibition & Experiment (at the CERN LHC)

VISIT (CERN): CERN ELISA

VISIT (CERN): CERN LEIR Accelerator

VISIT (CERN): Introductory presentation on ALICE

Visit (ESRF)

VISIT: CERN Control Center

ZOOM: MAD-X: Software installation problems

JUAS 2025 (Course 1): The Science of Particle Accelerators

Darina BAIZHANOVA (ESI Team)

Material Package

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JUAS 2025 (Course 1): The Science of Particle Accelerators

Darina BAIZHANOVA (ESI Team)