There are over 30,000 particle accelerators in use worldwide in research, industry and medicine. An introduction to the physics and engineering of accelerators will be given with an emphasis on synchrotron light sources. Topics include electron optics, electromagnets, Special Relativity, Radio Frequency waves and synchrotron radiation. Laboratory classes will also be conducted including computer labs and electron accelerator labs at the Canadian Light Source. Prerequisite(s): PHYS 356.3; and one of: PHYS 404.3, PHYS 453.2, EP 202.3, EP 253.1, EP 353.2, EP 354.2, EP 413.3. Note: Students are required to attend the after-hours laboratory classes at the CLS and complete an online safety induction to satisfactorily complete this course.
There are over 30,000 particle accelerators in use worldwide in research, industry and medicine. An introduction to the physics and engineering of accelerators will be given with an emphasis on synchrotron light sources. Topics include electron optics, electromagnets, Special Relativity, Radio Frequency waves and synchrotron radiation. Laboratory classes will also be conducted including computer labs and electron accelerator labs at the Canadian Light Source. Prerequisite(s): PHYS 356.3; and one of: PHYS 404.3, PHYS 453.2, EP 202.3, EP 253.1, EP 353.2, EP 354.2, EP 413.3. Note: Students are required to attend the after-hours laboratory classes at the CLS and complete an online safety induction to satisfactorily complete this course.
