Electromagnetic Vortex solitons in the magnetospheres of super-Eddington AGN
V.I. Berezhiani, Z. Osmanov
TL;DR
This paper investigates the existence, stability, and potential observational signatures of electromagnetic vortex solitons in the electron-positron plasmas of super-Eddington active galactic nuclei, highlighting their significance in astrophysical plasma dynamics.
Contribution
It demonstrates the existence and stability of electromagnetic vortex solitons in transparent AGN plasma media, a novel insight into plasma structures in extreme astrophysical environments.
Findings
Electromagnetic vortex solitons can exist in super-Eddington AGN plasmas.
Such solitons are stable in highly transparent plasma conditions.
Potential observational signatures of these solitons are discussed.
Abstract
Propagation and dynamics of electromagnetic vortex solitons have been studied in the electron positron ion plasmas of super-Eddington active galactic nuclei (AGN). Existence and stability of such structures is demonstrated for highly transparent AGN plasma media. Possible implications of dynamical features and corresponding observational signatures are discussed.
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