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Explore the physics potential of neutrino research within a future muon collider program in this high-energy physics seminar. Learn about the ambitious proposal for a ~10 TeV muon collider and understand how this transformative accelerator technology could advance neutrino physics alongside high-energy collider applications. Discover the technological challenges involved in muon production, cooling, and rapid acceleration that must be overcome to realize this next-generation lepton collider. Examine opportunities to exploit intense muon-decay beam flux for adjacent neutrino-scattering experiments and investigate on-shell production and effective field theory channels enabled by neutrinos from muon parton distribution functions. Understand how a staged muon collider R&D program can sustain the U.S. physics community's focus on neutrino research while building toward a future energy-frontier facility, demonstrating the potential for impactful neutrino-focused science throughout the development process.
