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This study investigate the feasibility of light calorimetry in liquid argon time projection chambers (LArTPCs) and its intrinsic self-compensation effects, highlighting its benefits relative to well-established charge calorimetry. Light calorimetry has been shown to attain an energy resolution comparable to cutting-edge charge-based techniques [1], with GeV neutrinos serving as a benchmark. We evaluate how light calorimetry, when employed independently, complements charge calorimetry in improving precision measurements of key neutrino oscillation parameters, particularly in CP violation and mass hierarchy studies at DUNE.

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Light and Charge Calorimetries for Enhanced CP Violation and Mass Hierarchy Sensitivities in DUNE

  • 会议论文

  • 发表日期：

    2025年

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  • Jogesh Rout,
  • Suchismita Sahoo

摘要

This study investigate the feasibility of light calorimetry in liquid argon time projection chambers (LArTPCs) and its intrinsic self-compensation effects, highlighting its benefits relative to well-established charge calorimetry. Light calorimetry has been shown to attain an energy resolution comparable to cutting-edge charge-based techniques [1], with GeV neutrinos serving as a benchmark. We evaluate how light calorimetry, when employed independently, complements charge calorimetry in improving precision measurements of key neutrino oscillation parameters, particularly in CP violation and mass hierarchy studies at DUNE.