Mathematics – Logic
Scientific paper
Apr 1991
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1991aipc..222..364v&link_type=abstract
After the first three minutes. AIP Conference Proceedings, Volume 222, pp. 364-364 (1991).
Mathematics
Logic
Scale Invariance, Anisotropy, Cosmic Background Radiation, Microwave Radiation, Isotropy, Spatial Distribution, Homogeneity, Cosmological Evolution, Fractals, Large-Scale Structure, Cosmological Models, Early Universe, Early Radiation Effects, Cosmic Background Radiation
Scientific paper
An isotemporal model of cosmological structure in a strictly geometric sense, whether shaped primarily by a fragmenting or aggregating process, must coherently accomodate the apparent incongruence of the extreme isotropy of the cosmic microwave background radiation (CMBR) with the large scale anisotropy of scale invariant structure. The extreme isotropy of the CMBR also would indicate that, beyond some maximum scale, the distribution of matter transitions to homogeneity; however, this scale has not yet been established. In defining the possible relative proportions of such a scale, considerations for an ideal model exhibiting these properties are discussed.
von Gronefeld Peter
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