A torsion-induced electric charge of the Abelian Higgs sunspot

Astronomy and Astrophysics – Astrophysics

Scientific paper

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Electric Charge, Gauge Invariance, Space-Time Functions, Sunspots, Equations Of Motion, Torsion

Scientific paper

Recently, Saniga and Kacka (1992) considered the Abelian Higgs model of sunspot in the background of a curved space-time and, assuming that the space-time is endowed with a symmetric affine connection, demonstrated that an amplitude of the Higgs field might induce a nonmetricity of the sun's space-time manifold in the regions occupied by sunspots. In this paper, it is demonstrated that the Abelian Higgs sunspot acquires a nonzero electric charge in the background of a curved space-time endowed with a constant completely antisymmmetric torsion tensor. It is shown that a non-zero electric charge appears due to a non-zero torsion of the sun's space-time and that the torsion locks together the sunspot's electric and magnetic degrees of freedom.

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