Axions, neutrinos and strings: The formation of structure in an SO(10) universe

Details Axions, neutrinos and strings: The formation of structure in an SO(10) universe Axions, neutrinos and strings: The formation of structure in an SO(10) universe

Jul 1984

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1984stin...8433317s&link_type=abstract

To be presented at the Fermilab Inner Space-Outer Space Workshop

Physics

Bosons, Cosmology, Field Theory (Physics), Neutrinos, Universe, Flux Density, Galactic Clusters, Perturbation, Quasars

Scientific paper

In a class of grand unified theories containing SO(10), cosmologically significant axion and neutrino energy densities are obtainable naturally. To obtain large scale structure, both components of dark matter are considered to exist with comparable energy densities. To obtain large scale structure, inflationary and non-inflationary scenarios are considered, as well as scenarios with and without vacuum strings. It is shown that inflation may be compatible with recent observations of the mass density within galaxy clusters and superclusters, especially if strings are present.

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