Screening effects generated by a domain wall surrounding an Abelian dyon

Physics

Scientific paper

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Cosmology, Domain Wall, Electromagnetic Fields, Elementary Particles, Screen Effect, Monopoles, Phase Transformations, String Theory, Universe

Scientific paper

It is calculatively demonstrated that a domain wall of the simple type governed by the Mexican-hat potential will either screen or antiscreen a central dyon electric charge depending on the relative position of the degenerate minimum. In the space surrounding the domain wall this would affect particle interaction such as proton decay or electromagnetic interactions that are sensitive to an external electric field. Vacuum polarization effects would be enhanced by the domain wall since the critical electric field would be enhanced by the domain wall antiscreening the dyon electric charge. Cosmological phenomena such as domain wall-induced density perturbations would be influenced since the enhanced electric field would polarize the external plasma and thus generate density fluctuations through electric-charge density polarization.

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