Using an Einstein's idea to explain OPERA faster than light neutrinos

TL;DR

This paper proposes a novel explanation for the OPERA neutrino anomaly by applying Einstein's ideas, suggesting neutrino amplification via stimulated emission as a potential cause for superluminal observations.

Contribution

It introduces a new theoretical perspective using Einstein's concepts to explain superluminal neutrino results through stimulated emission mechanisms.

Findings

Neutrinos may be amplified in decay tunnels similar to laser pulses.

Stimulated emission could account for neutrinos arriving earlier than expected.

Provides a theoretical framework linking Einstein's ideas to neutrino experiments.

Abstract

The OPERA experiment has reported neutrinos, from the CNGS beam, that arrived to Gran Sasso Laboratory 60ns earlier that expected for light, within a statistical error margin of {\S}6:9 and a systemic error of {\S}7:4. Therefore, these neutrinos are faster than known velocity of the light in vacuum. These puzzling result could be explained by stimulated emission of neutrinos in the decay tunnel, in close analogy with the amplification of a LASER pulse.