Red Shift in a Laboraory Environment

TL;DR

This paper proposes that photon energy loss due to vacuum polarization effects in interstellar space could explain red shift and accelerated universe expansion, with potential observation at high-energy accelerators.

Contribution

It introduces a novel hypothesis linking vacuum polarization energy loss to cosmological red shift and accelerated expansion, supported by experimental data.

Findings

Energy loss proportional to photon energy aligns with Hubble law.

Vacuum polarization effects could cause observable energy deposition in accelerators.

Proposes a new mechanism for red shift and universe acceleration.

Abstract

A hypotheses of energy loss for polarization of e-e+ vacuum by a photon passing interstellar space is considered. An excitation and relaxation of vacuum can't run with speed of light due to very small but finite fraction of e-e+ pair mass that creates a retardment in recuperation of deposited energy back to photon. This "forgotten" by many photons energy is finally splashed out in real space as a Relic Radiation. An assumption that such energy loss is proportional to a photon energy conforms to Hubble low of Red Shift and experimental data treated as accelerated expansion of Universe. A possibility of an observation of this type energy loss is considered at high-energy accelerators where energy deposition may reach up hundreds MeV in second.