R&D for future large-scale neutrino detectors using NuDot.
ORAL
Abstract
Abstract
NuDot is a ton-scale liquid scintillator research and development testbed. Presently, it aims to develop techniques to reduce one of the dominant backgrounds in large modern and future liquid scintillator neutrinoless double beta decay (0νββ) searches: the solar neutrino background. With the help of machine learning and high-speed electronics, NuDot will demonstrate the ability to extract directional information through the separation of the prompt Cherenkov radiation within the isotropic scintillation emission. This separation is done using low time-transit-spread photomultiplier tubes. The talk will introduce the NuDot project and how we are using machine learning to extract signal information.
NuDot is a ton-scale liquid scintillator research and development testbed. Presently, it aims to develop techniques to reduce one of the dominant backgrounds in large modern and future liquid scintillator neutrinoless double beta decay (0νββ) searches: the solar neutrino background. With the help of machine learning and high-speed electronics, NuDot will demonstrate the ability to extract directional information through the separation of the prompt Cherenkov radiation within the isotropic scintillation emission. This separation is done using low time-transit-spread photomultiplier tubes. The talk will introduce the NuDot project and how we are using machine learning to extract signal information.
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Publication: --
Presenters
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Masooma Sarfraz
University of Delaware
Authors
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Masooma Sarfraz
University of Delaware
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Spencer N Axani
University of Delaware
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Julieta Gruszko
University of North Carolina