Neutrino On The Possible New Time Structure

TL;DR

This paper explores the potential for discovering new temporal and spatial properties of neutrinos through multi-dimensional extensions of relativity, which could reveal new matter types and challenge existing theories.

Contribution

It proposes that neutrino experiments at high energies could uncover new time structures and paradoxes, prompting further theoretical and experimental investigations.

Findings

Neutrino experiments may indicate new time structures.

Current interpretations of neutrino velocity experiments are model-dependent.

High-energy neutrino experiments could reveal phenomena beyond current relativity theories.

Abstract

We continue to study the problems of discovering new temporal and spatial properties of neutrinos from the point of the possible multi-dimensional extension the D=(3+1)- special theory of relativity. It is neutrino that can connect our Universe with new types of the matter, the new Universe. The possible discovery with neutrino new structure of the Time can confirm these ideas. However, the neutrino experiments aimed at new phenomena search can lead us to paradoxes related with the limits of applicability of the theory of relativity which demands special studies. This new phenomenon one can call by "Neutrino Paradoxes in Theories of Relativity". As examples of such paradoxes one can illustrate on the neutrino experiments MINOS,OPERA et al devoted to the measurements of neutrino velocity. As the interpretation of their results are model-dependent, by our opinion, the main goal of the observation a possible new time structure in these experiments is not reached. As the solutions to this problem it seems to us the way of holding cycle of long base neutrino experiments at high(super-high) energies which requires further debate in the literature. In addition to our discussions one can remark that the questions of neutrino physics ($M_S \rightarrow O(1-20\, TeV- range)$) could be directly related to the collider physics at the LHC.