Speaker
Description
Neutrino experiments currently prioritize precise measurements of every oscillation parameter. Foreseeing data from long-baseline neutrino experiments, we impose constraints on leptoquark couplings derived from decays such as $\pi^0 \to l_l^\pm l_j^\mp$ and $\tau^- \to l (\pi^0,\rho^0,\omega)$, where $l=e,\mu$. These couplings potentially induce significant non-standard interactions (NSI), which experiments like DUNE can elucidate. Utilizing the constrained NSI parameters, we explore the sensitivity to standard unknowns in the neutrino sector at DUNE. We distinguish intrinsic CP-violation effects from extrinsic CP-violation effects, as matter effects brings extrinsic CP-violation into intrinsic CP-violation, further complicated by the presence of NSI.
| Field of contribution | Phenomenology |
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