Why Maxwell's Equations Remain Unmodified in Strong-Field Conformal Spacetime Vacuum Polarization, Nonlinear Dispersion, and Black-Hole Magnetism

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1. Verfasser: Almosallami, Azzam
Format: Recurso digital
Sprache:Englisch
Veröffentlicht: Zenodo 2025
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author Almosallami, Azzam
Almosallami, Azzam
author_facet Almosallami, Azzam
Almosallami, Azzam
contents <p>We demonstrate that Maxwell’s equations remain fundamentally unmodifiedwithin a velocity-dependent conformal spacetime framework, even in strong grav-itational fields. While strong conformal gradients induce effective vacuum polar-ization, magnetization, and nonlinear electromagnetic dispersion, these phenomenaarise from spacetime-dependent constitutive relations rather than alterations ofelectromagnetic field equations. Gauge invariance, charge conservation, and localLorentz invariance are preserved. We show that spacetime itself acquires nonlinearelectromagnetic response properties in strong fields, providing a natural explana-tion for magnetic fields and jet collimation near black holes without invoking plasmacurrents or modified electrodynamics.</p>
format Recurso digital
id zenodo_https___doi_org_10_5281_zenodo_18057369
institution Zenodo
language eng
publishDate 2025
publisher Zenodo
record_format zenodo
spellingShingle Why Maxwell's Equations Remain Unmodified in Strong-Field Conformal Spacetime Vacuum Polarization, Nonlinear Dispersion, and Black-Hole Magnetism
Almosallami, Azzam
Almosallami, Azzam
Physics
Physics
<p>We demonstrate that Maxwell’s equations remain fundamentally unmodifiedwithin a velocity-dependent conformal spacetime framework, even in strong grav-itational fields. While strong conformal gradients induce effective vacuum polar-ization, magnetization, and nonlinear electromagnetic dispersion, these phenomenaarise from spacetime-dependent constitutive relations rather than alterations ofelectromagnetic field equations. Gauge invariance, charge conservation, and localLorentz invariance are preserved. We show that spacetime itself acquires nonlinearelectromagnetic response properties in strong fields, providing a natural explana-tion for magnetic fields and jet collimation near black holes without invoking plasmacurrents or modified electrodynamics.</p>
title Why Maxwell's Equations Remain Unmodified in Strong-Field Conformal Spacetime Vacuum Polarization, Nonlinear Dispersion, and Black-Hole Magnetism
topic Physics
Physics
url https://doi.org/10.5281/zenodo.18057369