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Explore the potential of TeV scale muon beams for probing dark sectors in this hour-long conference talk by Sebastian Trojanowski and colleagues from the Galileo Galilei Institute. Delve into cutting-edge theoretical and experimental approaches for detecting dark matter and other beyond-the-standard-model phenomena using high-energy muon beam facilities. Learn about the unique advantages muon beams offer compared to traditional particle accelerators, including their ability to penetrate dense materials and produce specific interaction signatures. Examine the theoretical framework underlying dark sector physics, including hidden photons, dark scalars, and sterile neutrinos that could be accessible through muon beam experiments. Discover how TeV-scale muon beams can complement existing dark matter detection strategies and potentially open new windows into the dark universe. Understand the experimental challenges and opportunities associated with implementing such high-energy muon beam programs, including detector design considerations and background suppression techniques. Gain insights into the broader implications of this research for particle physics and cosmology, particularly regarding our understanding of dark matter's fundamental properties and interactions.
