- Introductory module
- Introduction to Particle Accelerators, coordinated by Philippe Lebrun
- Slide review done
- Recording:
- Philippe Lebrun: ???
- Marie Labat: Done
- Nicoletta Baboi: In progress
- Simona Bettoni: ???
- Electromagnetism, coordinated by Vittorio Vaccaro with the help of Andrea Passarelli
- Recording partly done; Sound to be edited.
- Special relativity, coordinated by Elias Metral with the help of Mauro Migliorati and Tatiana Pieloni
- Applications of Accelerators, coordinated by Angeles Faus-Golfe with the help of Mike Seidel, Rob Edgecock, Frank Holm and Andrzej Chmielewski.
- Recording:
- Angeles Faus-Golfe: Done
- Mike Seidel:
- Rob Edgecock:
- Frank Holm:
- Andrzej Chmielewski: Done
- Recording:
- Introduction to Particle Accelerators, coordinated by Philippe Lebrun
- Advanced modules
- Advanced Maxwell equations and application to the propagation of EM wave at radio frequency (Coordinated by Graeme Burt)
- Slide review done
- Recording:
- Graeme Burt:
- Claire Antoine: Done
- Erk Jensen:
- Davide Alesini:
- Advanced Maxwell equations and application to the propagation of EM wave at radio frequency (Coordinated by Graeme Burt)
- Not scheduled:
- Beam optics, lattices, Magnets design and cryogenics
- Coordinator to be appointed
- Statistical physics applied to an electron gas; collective effects
- Coordinator to be appointed
- Diagnostics, uncertainty measurements, propagation of particles through matter and radiation emitted by particles
- Looking for lecturers
- Materials for accelerators: vacuum, cathodes and plasma sources
- Coordinator to be appointed
- The future: higher gradient, higher intensities, higher reliability, laser-plasma acceleration
- Coordinator to be appointed
- Beam optics, lattices, Magnets design and cryogenics
