Abstract
In quantum theory of gravity of the (n+1)-dimensional space-time the Faddeev-Popov functional integral is constructed for radiation perturbation theory. In this version the Universe expansion looks as the collective superfluid motion of quantum space, and the vacuum energy density plays the role of the hidden mass. 6 refs.
Citation Formats
Pervushin, V N.
Radiation perturbation theory in gravity and quantum universe as a hydrogen atom.
JINR: N. p.,
1992.
Web.
Pervushin, V N.
Radiation perturbation theory in gravity and quantum universe as a hydrogen atom.
JINR.
Pervushin, V N.
1992.
"Radiation perturbation theory in gravity and quantum universe as a hydrogen atom."
JINR.
@misc{etde_10153868,
title = {Radiation perturbation theory in gravity and quantum universe as a hydrogen atom}
author = {Pervushin, V N}
abstractNote = {In quantum theory of gravity of the (n+1)-dimensional space-time the Faddeev-Popov functional integral is constructed for radiation perturbation theory. In this version the Universe expansion looks as the collective superfluid motion of quantum space, and the vacuum energy density plays the role of the hidden mass. 6 refs.}
place = {JINR}
year = {1992}
month = {Dec}
}
title = {Radiation perturbation theory in gravity and quantum universe as a hydrogen atom}
author = {Pervushin, V N}
abstractNote = {In quantum theory of gravity of the (n+1)-dimensional space-time the Faddeev-Popov functional integral is constructed for radiation perturbation theory. In this version the Universe expansion looks as the collective superfluid motion of quantum space, and the vacuum energy density plays the role of the hidden mass. 6 refs.}
place = {JINR}
year = {1992}
month = {Dec}
}