Superconducting cosmic strings interpretation of some astronomical objects

Physics – Condensed Matter – Superconductivity

Scientific paper

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Binary Stars, Cosmology, Quasars, String Theory, Superconductivity, Supernova Remnants, Galactic Structure, Radio Sources (Astronomy), Stellar Structure

Scientific paper

A possible interpretation based on the string theory is presented for quasars, the new class of supernova remnants, the 0.511 MeV intense annihilation line, and the exotic binary system SS 433. The definition of the cosmic string is recalled. Two scales of energy breaking, 10 to the 16th GeV and 10 to the 13th GeV, are considered. The loop (string movement), theorized to result from the series of intersections and fragmentations associated with the Fermi level, is shown to explain the astronomical objects. The string theory can explain the jet phenomena and structure, energy, increased redshifts, location, morphology, and variability with time of quasars. The filamentary structure of supernova remnants, the emission of particles causing a 0.51 MeV annihilation line, and the jet phenomena observed in the binary system SS 433 are characterized in terms of string theory. Analytical results based on the interpretation are compared with observational results, and are shown to agree well.

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