This course explores the functionality and potential applications of particle accelerators beyond particle physics. The learning outcomes include understanding how accelerators work, controlling high power proton beams, and envisioning future possibilities. The course covers topics such as cyclotrons, synchrotrons, radio frequency, synchronization, challenges, and next-generation accelerator concepts. The teaching method involves lectures and discussions led by an Accelerator Physicist, with a focus on practical applications in medical and energy fields. The intended audience includes individuals interested in physics, accelerator technology, and scientific advancements.
Overview
Syllabus
Introduction
Particle Accelerators
Cyclotron and synchrotron
Radio Frequency
Focus
Synchronization
Challenges
Why work on particle accelerators
Next generation accelerators
Intensity frontier
Accelerator driven subcritical
Reliability
Parameters
Fixed field alternating gradient accelerator
Fixed magnetic field
Strong focusing
oscillations
electron model
Coulomb force
Solutions
Accelerator Design
JJ Thompson
Taught by
The Royal Institution
