Superluminal neutrino speeds from SN 1987A and from OPERA experiment do agree very well

TL;DR

This paper explains superluminal neutrino observations from OPERA and SN 1987A using known physics, showing their agreement and implications for matter-antimatter asymmetry in the early universe.

Contribution

It provides a unified explanation for superluminal neutrino data from different sources and links it to cosmological matter-antimatter asymmetry.

Findings

SN 1987A and OPERA neutrino data are consistent with each other.

The data suggest a specific matter-antimatter asymmetry at the Big Bang.

The explanation uses established physics without new hypothetical particles.

Abstract

We give an explanation on the effect of superluminal neutrinos in the OPERA experiment and show that the SN 1987A data and the recent OPERA data do agree well by the use of common known physics. The data in addition can give a good number for the matter-antimatter asymmetry at big bang time.