Wolfgang Hillert
10/03/2008, 09:00
Accelerator magnets: Dipole magnets, Quadrupole magnets, Sextupole magnets, Multipole expansion
Linear beam optics: Equations of motion, Matrix formalism, Particle beams and phase space
Circular accelerators: Transverse beam dynamics, Longitudinal beam dynamics
10/03/2008, 15:30
Tutors: Fabian Klarner, Freddy Poirier
Wolfgang Hillert
11/03/2008, 09:00
Accelerator magnets: Dipole magnets, Quadrupole magnets, Sextupole magnets, Multipole expansion
Linear beam optics: Equations of motion, Matrix formalism, Particle beams and phase space
Circular accelerators: Transverse beam dynamics, Longitudinal beam dynamics
11/03/2008, 14:00
W. Hillert
Tutors: Fabian Klarner, Freddy Poirier
Simone Gilardoni
12/03/2008, 09:00
Hadron collider vs lepton collider, LHC lattice, LHC optics
Luminosity, superconducting magnets, field quality
Beam physics: dynamical aperture, electron clouds, ions
Machine protection, collimation
Commissioning and start-up
Prospects for upgrade
Dr
Eckhard Elsen
(DESY)
12/03/2008, 11:00
Quest for new physics at the Terascale
Synchrotron radiation: origin, formalism, circular accelerators, electron light sources
Elements of linear collider: e-, e+ source, damping ring, bunch compression, linac, final focus
Linear accelerator: standing waves vs travelling wave accelerating structures, particle acceleration, beam dynamics,...
Simone Gilardoni
13/03/2008, 09:00
Hadron collider vs lepton collider, LHC lattice, LHC optics
Luminosity, superconducting magnets, field quality
Beam physics: dynamical aperture, electron clouds, ions
Machine protection, collimation
Commissioning and start-up
Prospects for upgrade
Shaukat Khan
13/03/2008, 11:00
Introduction: Acceleration and its limitations, wakefields, short-pulse lasers
Wakefield acceleration: basic ideas, example: CLIC
Plasma-wakefield acceleration: electron bunches, using intense laser pulses
Inverse free-electron lasers
Other ideas
Shaukat Khan
14/03/2008, 09:00
Introduction: Acceleration and its limitations, wakefields, short-pulse lasers
Wakefield acceleration: basic ideas, example: CLIC
Plasma-wakefield acceleration: electron bunches, using intense laser pulses
Inverse free-electron lasers
Other ideas
Dr
Eckhard Elsen
(DESY)
14/03/2008, 11:00
Quest for new physics at the Terascale
Synchrotron radiation: origin, formalism, circular accelerators, electron light sources
Elements of linear collider: e-, e+ source, damping ring, bunch compression, linac, final focus
Linear accelerator: standing waves vs travelling wave accelerating structures, particle acceleration, beam dynamics,...