<b>A Hypothesis on Earthquake Release Pathways from the Perspective of Gravitational Mechanisms: A Preliminary Model of Non-Volcanic Geothermal Pressure Regulation</b>

This paper proposes a novel model for understanding earthquakes from the perspective of spatial electrons and gravitational trend structures, as a significant supplement to the traditional "plate tectonics theory." We suggest that earthquakes are not merely triggered by crustal rupture; instead, the long-term accumulation and subtle release of internal geothermal pressure serve as one of the fundamental driving forces. This release mechanism may operate silently via the emission of "gravitons" under a trend-based gravitational regulation framework. We introduce a four-stage chain model—<b>thermal pressure accumulation → gravitational trend adjustment → trend disorder → crustal displacement</b>—to explain the potential connection between non-volcanic earthquakes and gravitational disturbances or space-electron fluctuations.

Publication Details

Journal
Figshare
Published
2025-01-01
DOI
https://doi.org/10.6084/m9.figshare.28927712
Primary Topic
Earthquake Detection and Analysis
Type
article
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article

A Hypothesis on Earthquake Release Pathways from the Perspective of Gravitational Mechanisms: A Preliminary Model of Non-Volcanic Geothermal Pressure Regulation

Figshare
Earthquake Detection and Analysis
article

A Hypothesis on Earthquake Release Pathways from the Perspective of Gravitational Mechanisms: A Preliminary Model of Non-Volcanic Geothermal Pressure Regulation

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Abstract

This paper proposes a novel model for understanding earthquakes from the perspective of spatial electrons and gravitational trend structures, as a significant supplement to the traditional "plate tectonics theory." We suggest that earthquakes are not merely triggered by crustal rupture; instead, the long-term accumulation and subtle release of internal geothermal pressure serve as one of the fundamental driving forces. This release mechanism may operate silently via the emission of "gravitons" under a trend-based gravitational regulation framework. We introduce a four-stage chain model—<b>thermal pressure accumulation → gravitational trend adjustment → trend disorder → crustal displacement</b>—to explain the potential connection between non-volcanic earthquakes and gravitational disturbances or space-electron fluctuations.

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