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The Geological Pathway Diversity Model (GPDM): A Unified Classification and Predictive Framework for Anomalous Luminous Phenomena

The Geological Pathway Diversity Model (GPDM): A Unified Classification and Predictive Framework for Anomalous Luminous Phenomena

This is a Preprint and has not been peer reviewed. The published version of this Preprint is available: https://doi.org/10.5281/zenodo.19678441. This is version 5 of this Preprint.

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Authors

John Carter 

Abstract

This version supersedes v2.4 (April 2026). Following publication, the authors conducted a systematic adversarial self-review, submitting specific claims to independent multi-model critique with instruction to attack from the strongest available disciplinary angle. Four peripheral elements were identified as not meeting the evidentiary standard of the core framework and have been removed:


Skinwalker Ranch replaced with Uinta Basin Candidate Zone — the named private property is inaccessible to independent monitoring deployment, which the GPDM's own falsification protocol requires; the basin-scale geology is sound and is justified here on USGS stratigraphy and published geophysical surveys alone.


Mt. Kholat Syakhl / Dyatlov Pass (1959) removed — primary source (Kuersten 2021) is self-published and not peer-reviewed; radiation evidence on victim clothing is contested and was not acknowledged as such; injury mechanisms have multiple documented competing explanations that were not excluded; the geological plasma hypothesis was not demonstrated to be more parsimonious than the established avalanche/hypothermia model.


Section 11a (mycorrhizal networks and tree bioelectric generation) removed from primary framework — cited laboratory sources document endogenous biological signaling and do not demonstrate geological-scale telluric current propagation; mycorrhizal network resistance is orders of magnitude higher than the surrounding soil matrix; proposed charge storage capacity is quantitatively insufficient for plasma discharge contribution.


NUFORC database removed — self-reported, unverified anecdotal data with no APP-specific filtering; the spatial correlation with fault corridors was described as an established finding before the analysis was performed; no controls for population density, military aviation, or media feedback were applied.


The core framework — Freund p-hole mechanism, four-variable state equation, Pathways 1–6, Hessdalen and Brown Mountain validation, null-site falsification protocol — is unchanged and survived adversarial review intact.

DOI

https://doi.org/10.31223/X5J47D

Subjects

Atmospheric Sciences, Geology, Geophysics and Seismology, Other Physics, Physical Sciences and Mathematics, Tectonics and Structure

Keywords

earth lights, earthquake lights, p-hole charge carriers, Freund mechanism, geological plasma discharge, Hessdalen, Brown Mountain, telluric currents, Schumann resonance, anomalous luminous phenomena, UAP, spook lights, earth lights classification, plasma discharge prediction

Dates

Published: 2026-04-17 00:10

Last Updated: 2026-06-25 01:27

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License

CC BY Attribution 4.0 International

Additional Metadata

Conflict of interest statement:
The author declares no conflicts of interest. This research received no external funding and was conducted independently without institutional affiliation or commercial interest.

Data Availability:
All geological data cited in this framework is drawn from publicly available peer-reviewed sources and open-access government databases including USGS, NCGS, Colombian Geological Survey (SGC), NOAA, NASA, and ECMWF. No new primary data was collected for this study. The global site registry and classification system are original analytical outputs of this research. The full master framework document is available from the corresponding author upon request

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