Gravitational Lensing in Galaxy Cluster Mergers via ψ-Coherence: A ROTE-Based Explanation of the Bullet Cluster and El Gordo Without Dark Matter

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Bibliographic Details
Main Author:	Brady, Joseph (Jody)
Format:	Recurso digital
Published:	Zenodo 2025
Subjects:	ROTE, Resonant Order Theory of Everything, dark matter alternative, Bullet Cluster, El Gordo, ψ-phase coherence, phase-slip, gravitational lensing, galaxy cluster merger, filament shear, Grok, xAI, JWST, non-baryonic mass, resonance-based gravity
Online Access:	Acceder al recurso
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_version_	1866902186022141952
author	Brady, Joseph (Jody)
author_facet	Brady, Joseph (Jody)
contents	<p>This paper presents a Resonant Order Theory of Everything (ROTE) explanation for gravitational lensing offsets observed in galaxy cluster mergers—specifically the Bullet Cluster and El Gordo—without invoking dark matter. By modeling ψ-phase coherence structures and phase-slip dynamics during cluster collisions, we demonstrate that the gravitational lensing mass aligns with coherent ψ-filaments rather than baryonic plasma. Simulations of ψ-core interactions reproduce observed mass-luminosity offsets and twisted arc patterns consistent with JWST data. This coherence-based framework reframes gravity as a function of resonance, not hidden mass.</p>
format	Recurso digital
id	zenodo_https___doi_org_10_5281_zenodo_17080636
institution	Zenodo
language
publishDate	2025
publisher	Zenodo
record_format	zenodo
spellingShingle	Gravitational Lensing in Galaxy Cluster Mergers via ψ-Coherence: A ROTE-Based Explanation of the Bullet Cluster and El Gordo Without Dark Matter Brady, Joseph (Jody) ROTE, Resonant Order Theory of Everything, dark matter alternative, Bullet Cluster, El Gordo, ψ-phase coherence, phase-slip, gravitational lensing, galaxy cluster merger, filament shear, Grok, xAI, JWST, non-baryonic mass, resonance-based gravity <p>This paper presents a Resonant Order Theory of Everything (ROTE) explanation for gravitational lensing offsets observed in galaxy cluster mergers—specifically the Bullet Cluster and El Gordo—without invoking dark matter. By modeling ψ-phase coherence structures and phase-slip dynamics during cluster collisions, we demonstrate that the gravitational lensing mass aligns with coherent ψ-filaments rather than baryonic plasma. Simulations of ψ-core interactions reproduce observed mass-luminosity offsets and twisted arc patterns consistent with JWST data. This coherence-based framework reframes gravity as a function of resonance, not hidden mass.</p>
title	Gravitational Lensing in Galaxy Cluster Mergers via ψ-Coherence: A ROTE-Based Explanation of the Bullet Cluster and El Gordo Without Dark Matter
topic	ROTE, Resonant Order Theory of Everything, dark matter alternative, Bullet Cluster, El Gordo, ψ-phase coherence, phase-slip, gravitational lensing, galaxy cluster merger, filament shear, Grok, xAI, JWST, non-baryonic mass, resonance-based gravity
url	https://doi.org/10.5281/zenodo.17080636