Stony Brook University 1-3 credit PHY
The course will include discussions of accelerator physics and engineering topics, and phenomena specific to large accelerators: conceptual differences in accelerator physics resulting from the large scale of accelerators, high field superconducting magnets and gigantic SRF linacs, high power RF, large cryogenic and utility systems, vibration, support structures and alignment, large computer network and real-time controls, personal safety and machine protection challenges, large UHV systems, etc. The course will use examples of prior and existing facilities (RHIC, TEVATRON, APS/NSLS II, SLAC linac, LEP, LHC, CEBAF) as well as challenges in future facilities (EIC, PIP II, FRIB, FCC, ILC, neutrino factories, and muon colliders) to emphasize their problems and to describe either existing or possible solutions. 1-3 credits Grading Letter graded (A, A-, B+, etc.)
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