Physics
Scientific paper
Dec 2007
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2007aas...211.9112g&link_type=abstract
American Astronomical Society, AAS Meeting #211, #91.12; Bulletin of the American Astronomical Society, Vol. 39, p.885
Physics
Scientific paper
Applying the well-known physics of plasma and the theory of first order phase transitions, in particular the known physics of the instability called Spinodal Decomposition, a unique "Strong" Magnetic Field physical model (SMF) explains the origin of a large-scale primordial magnetic field in each DeVaucoleurs Supercluster. The strength of the long-range Electromotive Force is about 10exp40 times stronger than Gravity. Thus, the existence of observed magnetic fields in clusters of galaxies, galaxies, quasars, stars is explained. SMF processes occur at and soon after Combination Time, when the CMB (cosmic microwave background) appears, in the Big Bang model of the Universe. SMF leads to a physical model (Astro-ph0509223) where Gravity continues to attract matter into relatively thin sheets of matter around huge voids, which matches the famous observations of John Huchra and Margaret Geller (Harvard/SAO). Eventually, at some local volume, critical density for gravitational collapse of a cloud along the Supercluster's "shell" is reached and galaxies/quasars begin forming. SMF argues for a new classification of galaxies/quasars by the ratio of magnetic energy to rotational energy in the particular object. However the activity we observe is also a function of the matter accretion rate at the particular time observed. Also, applying SMF, a specific physical model (with an electric current Storage Ring) for the "Central Engine" (AGN) of galaxies, relevant to the formation of galactic spiral arms, jets and gamma ray bursts, is created. SMF embodies two novel concepts used in Nature for the production of electric current, both different from the Faraday/Henry discovery that powers our electric civilization. SMF agrees fully with the comment by Sir Martin Rees that "the phenomena of quasars and radio galaxies cannot be understood until they are placed in the general context of galactic evolution".
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