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Explore the cutting-edge physics of muon colliders in this 57-minute conference talk that delves into the theoretical foundations and experimental prospects of this revolutionary particle accelerator technology. Learn about the unique advantages muons offer over electrons and protons in high-energy collisions, including their ability to reach higher energies with reduced synchrotron radiation losses. Discover the technical challenges involved in muon beam production, cooling, and acceleration, while examining the potential for groundbreaking discoveries in particle physics through muon-antimuon collisions. Understand how muon colliders could provide unprecedented access to the Higgs boson properties, electroweak physics, and beyond-Standard Model phenomena. Gain insights into the current research developments, detector design considerations, and the timeline for potential muon collider facilities that could reshape our understanding of fundamental physics in the coming decades.
Syllabus
Xing Wang: "Muon collider physics"
Taught by
Galileo Galilei Institute (GGI)