<b>Photon-Centric Electromagnetism - A Unified Framework for Energy, Current, and Fields</b>

This paper presents a photon-centric model of electromagnetism in which electric and magnetic fields are treated not as fundamental entities but as structured flows and rotations of confined photons. By reinterpreting charge, current, and field interactions in terms of proto-matter photon behavior, the model eliminates the need for virtual particles, fields as abstract constructs, and the conventional spacetime curvature assumptions. Instead, it proposes that electromagnetic interactions emerge from coherence gradients, angular momentum transfers, and phase alignments within a particulate medium. This framework unifies energy transmission, electric current, and field behavior into a deterministic, mechanical structure grounded in photon interactions. The model further challenges the classical and quantum separation, offering an integrated explanation for field dynamics and particle behavior under a single coherent mechanism.

Publication Details

Journal
Figshare
Published
2025-01-01
DOI
https://doi.org/10.6084/m9.figshare.28929899
Primary Topic
Quantum and Classical Electrodynamics
Type
article
Field-Weighted Citation Impact
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article

Photon-Centric Electromagnetism - A Unified Framework for Energy, Current, and Fields

Figshare
Quantum and Classical Electrodynamics
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Photon-Centric Electromagnetism - A Unified Framework for Energy, Current, and Fields

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Abstract

This paper presents a photon-centric model of electromagnetism in which electric and magnetic fields are treated not as fundamental entities but as structured flows and rotations of confined photons. By reinterpreting charge, current, and field interactions in terms of proto-matter photon behavior, the model eliminates the need for virtual particles, fields as abstract constructs, and the conventional spacetime curvature assumptions. Instead, it proposes that electromagnetic interactions emerge from coherence gradients, angular momentum transfers, and phase alignments within a particulate medium. This framework unifies energy transmission, electric current, and field behavior into a deterministic, mechanical structure grounded in photon interactions. The model further challenges the classical and quantum separation, offering an integrated explanation for field dynamics and particle behavior under a single coherent mechanism.

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