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Explore the potential of muon colliders as powerful tools for investigating Majorana neutrino properties in this 50-minute conference talk from the Galileo Galilei Institute. Delve into the theoretical framework and experimental possibilities for probing Majorana neutrino dipole moments and masses using muon collider technology. Examine the unique advantages that muon colliders offer over other experimental approaches in neutrino physics research. Learn about the current understanding of Majorana neutrinos, their distinctive electromagnetic properties, and how dipole moments serve as crucial signatures for these elusive particles. Discover the technical challenges and opportunities presented by muon collider experiments in advancing our knowledge of neutrino physics. Analyze the theoretical predictions and experimental sensitivities that could be achieved through muon collider studies of Majorana neutrino properties. Gain insights into how these investigations could contribute to resolving fundamental questions about neutrino nature, mass generation mechanisms, and their role in particle physics beyond the Standard Model.
