Breakdown of the Mechanism of Forming Wakes by a Current-Carrying String
A. L. N. Oliveira (IF/Unb), M. E. X. Guimaraes (MAT/Unb and, IFT/Unesp)
TL;DR
This paper investigates how electromagnetic properties of a current-carrying string cause logarithmic divergences, disrupting the formation and evolution of wakes in the accretion process.
Contribution
It highlights the impact of electromagnetic effects on the stability and development of wakes around current-carrying strings, revealing potential breakdown mechanisms.
Findings
Electromagnetic properties induce logarithmic divergences.
Wake formation can break down due to these divergences.
Implications for cosmic string models and their observational signatures.
Abstract
In this letter, we emphasize the effect that the inclusion of a electromagnetic properties for a string brings logarithmic divergences to the accretion problem and the formation and evolution of wakes can break down.
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