Abstract
Assuming that the dipole moment observed in the cosmic background radiation (microwaves and X-rays) can be interpreted as a consequence of the motion of the observer toward a non-local and very large-scale structure in our universe, we study the perturbation of the m-z relation by this inhomogeneity, the dynamical contribution of sources to the dipole anisotropy in the X-ray background and the imprint that several structures with such characteristics would have had on the microwave background at the decoupling. We conclude that in this model the observed anisotropy in the microwave background on intermediate angular scales ({approx}10{sup 0}) may be in conflict with the existence of superstructures.
Citation Formats
Goicoechea, L J, and Martin-Mirones, J M.
The existence of very large-scale structures in the universe.
France: N. p.,
1989.
Web.
Goicoechea, L J, & Martin-Mirones, J M.
The existence of very large-scale structures in the universe.
France.
Goicoechea, L J, and Martin-Mirones, J M.
1989.
"The existence of very large-scale structures in the universe."
France.
@misc{etde_7058126,
title = {The existence of very large-scale structures in the universe}
author = {Goicoechea, L J, and Martin-Mirones, J M}
abstractNote = {Assuming that the dipole moment observed in the cosmic background radiation (microwaves and X-rays) can be interpreted as a consequence of the motion of the observer toward a non-local and very large-scale structure in our universe, we study the perturbation of the m-z relation by this inhomogeneity, the dynamical contribution of sources to the dipole anisotropy in the X-ray background and the imprint that several structures with such characteristics would have had on the microwave background at the decoupling. We conclude that in this model the observed anisotropy in the microwave background on intermediate angular scales ({approx}10{sup 0}) may be in conflict with the existence of superstructures.}
journal = []
volume = {221:2}
journal type = {AC}
place = {France}
year = {1989}
month = {Sep}
}
title = {The existence of very large-scale structures in the universe}
author = {Goicoechea, L J, and Martin-Mirones, J M}
abstractNote = {Assuming that the dipole moment observed in the cosmic background radiation (microwaves and X-rays) can be interpreted as a consequence of the motion of the observer toward a non-local and very large-scale structure in our universe, we study the perturbation of the m-z relation by this inhomogeneity, the dynamical contribution of sources to the dipole anisotropy in the X-ray background and the imprint that several structures with such characteristics would have had on the microwave background at the decoupling. We conclude that in this model the observed anisotropy in the microwave background on intermediate angular scales ({approx}10{sup 0}) may be in conflict with the existence of superstructures.}
journal = []
volume = {221:2}
journal type = {AC}
place = {France}
year = {1989}
month = {Sep}
}