Sensitivity of atmospheric neutrinos in Super-Kamiokande to Lorentz violation
Tarek Akiri
TL;DR
This paper investigates how atmospheric neutrinos detected by Super-Kamiokande can be used to test for potential violations of Lorentz symmetry, using a perturbative model based on the Standard-Model Extension.
Contribution
It introduces a method to analyze Super-Kamiokande data for Lorentz violation effects using a perturbative approach within the Standard-Model Extension framework.
Findings
Super-Kamiokande sensitivity to Lorentz violation demonstrated
Monte Carlo simulations used to assess detection capabilities
Perturbative model applied to atmospheric neutrino data
Abstract
This talk, given at CPT'13, showed Super-Kamiokande atmospheric-neutrino Monte Carlo sensitivity to Lorentz-violation effects using the perturbative model derived from the Standard-Model Extension.
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