Neutrino Oscillation as Coupled vibration

TL;DR

This paper models neutrino oscillation as coupled vibrations involving a single mass parameter, proposing a new perspective that aligns with experimental data and avoids fermionic number violation.

Contribution

It introduces a novel coupled vibration model for neutrino oscillations using a single mass parameter, applicable to both bosons and fermions, with no fermionic number violation.

Findings

Oscillation length matches experimental data

Model involves three types of bosons with maximal mixing

No fermionic number violation occurs in the model

Abstract

Neutrino oscillation is visualized as coupled vibrations. Unlike existing models describing neutrino oscillations, our model involving a single fundamental mass parameter $m$ and first discussed in the context of a possible boson oscillation demonstrates that for a self consistent theory there should be three types of bosons paired with maximal mixing. The argument is easily extended to neutrinos (fermions) with the exception that in the case of boson oscillation means periodic variation of particle number, whereas in the case of fermions the particle number does not change, only the mass oscillates. The fermionic vacuum is not really empty but filled with zero energy fermions. The oscillation length calculated perturbatively conforms to the experimental findings. Also there is no fermionic number violation in our model.