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Atmospheric Neutrino Spectrum and Charge Ratio Increase in MINOS Far Detector

This presentation by John Kelley at the KITP meeting on October 27 discusses the observed increase in the atmospheric neutrino spectrum and the m+/m- charge ratio in the MINOS far detector. The findings suggest a corresponding increase in the TeV neutrino flux, attributed to the contributions from proton interactions leading to K+L states. The implications of this increase on neutrino physics and potential sources are explored, highlighting the importance of understanding atmospheric neutrinos in particle physics research.

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Atmospheric Neutrino Spectrum and Charge Ratio Increase in MINOS Far Detector

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  1. x 1.37 x 1.27 Atmospheric neutrino spectrum increased m+/m- charge ratio in MINOS far detector suggests corresponding increase in TeV neutrino flux from contribution of p  K+L Slide from John Kelley KITP meeting October 27

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