Red Shift in a Laboraory Environment
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.
Cite
@article{arxiv.1103.0808,
title = {Red Shift in a Laboraory Environment},
author = {Yuriy A. Yatsunenko and Julian A. Budagov},
journal= {arXiv preprint arXiv:1103.0808},
year = {2011}
}