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Study of Neutrino-Water Interactions using Nuclear Emulsion Detectors with Improved Event Reconstructions

Odagawa, Takahiro 京都大学 DOI:10.14989/doctor.k24406

2023.03.23

概要

In the standard model (SM), a neutrino is an elementary particle without mass nor electric
charge and only interacts via the weak interactions. Currently, neutrinos are expected to be one
of the keys to exploring physics beyond the SM. For the current and future neutrino oscillation
experiments to reach new physics in the lepton sector, understanding the neutrino interaction
in the sub-GeV energy region is essential. In this region, a neutrino interacts with a nucleus
inside the nuclear medium, and the interactions are described by complicated nuclear models.
Since the cross section is dependent on such models, understanding the neutrino interaction is
not easy. To better understand the models, it is important to measure the kinematics of the
emitted hadrons from the neutrino interactions. In this thesis, we developed new techniques
to measure the kinematics of charged particles emitted from the neutrino interactions using
nuclear emulsion detectors. As an introduction, we briefly review the theory and experiments
of neutrino physics in this chapter. ...

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