Accelerator Physics
One laboratory exercise in the accelerator physics course is performed at the ion storage ring DESIREE at Albanova.
In this course you learn about the technical components of accelerators and their physical working principles. Such components include electromagnets, radio frequency systems, vacuum equipment, ion sources and beam diagnostic tools. Charged particle beam dynamics (transversally and longitudinally) is discussed. You get an overview of circular and linear accelerators and their applications examplified by colliders, cyclotrons, synchrotron light sources, free electron lasers, ion traps and storage rings.
Specific accelerator facilities with a Swedish connection are discussed, such as MAX I-IV, ESS, XFEL, FAIR, LHC och DESIREE. A particular discussion of cancer therapy facilities such as the Skandion Clinic in Uppsala is also included.
This is a second cycle course given at half speed during daytime. This course can also be taken as a third cycle course. The course is given in English.
Teaching Format
Lectures twice a week introduce you to the different subjects. In home assignments you connect the material you learn to an existing accelerator of your choice. At the end of the course all students give a presentation about their accelerator. In laboratory exercises you get introduced to accelerator components (one at the ion storage ring DESIREE) and in a computational exercise you learn how simulate charged particle beams.
Assessment
The examination consists of homework problems, written reports, oral presentation and oral exam.
Examiner
Henning Schmidt
Klaus Wille: The Physics of Particle Accelerators
Course coordinator
Fredrik Hellberg, phone: 08 5573 8133, e-mail: fredrik.hellberg@fysik.su.se
