The Earth's Core as Field Coherency Engine: Beyond Material Assumptions V2

Flynn, Nicole

doi:10.5281/zenodo.15741795

Published June 25, 2025 | Version The Earth's Core as Field Coherency Engine: Beyond Material Assumptions V2

Working paper Open

The Earth's Core as Field Coherency Engine: Beyond Material Assumptions V2

Flynn, Nicole (Producer)¹

1. Symfield PBC

Version 2 Updates: This expanded edition includes three major additions:

Enhanced Epistemic Bridge (Appendix B): Added comprehensive Q&A addressing the scale bridging question: how field coherence operates across quantum to planetary scales without traditional size-based boundaries.
Live Paradigm Analysis (Appendices D & E): Documents actual AI system responses encountering Symfield theory, demonstrating predicted collapse-logic domestication attempts at both basic and sophisticated levels.
Collaborative Integration Framework (Appendix F): Provides practical pathways for productive engagement across disciplines, mapping three natural reception patterns and offering concrete collaboration opportunities.

These additions transform the paper from pure theoretical framework into a complete demonstration of field coherence under epistemic pressure, showing both revolutionary potential and collaborative possibilities.

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This work presents a radical reconceptualization of Earth's interior through the Symfield framework, proposing that Earth's core is not a solid iron-nickel mass but a field coherency engine, a structured electromagnetic phenomenon that appears empty yet sustains planetary stability through recursive field dynamics. The paper challenges fundamental assumptions in geophysics by revealing that what physics calls "gravity" is actually recursive phase curvature maintaining field coherence.

Building on seismic, gravitational, and laboratory data reinterpretation, this model introduces Earth's center as a superionic or plasma-based phase structure that transduces universal field energy, anchors the magnetosphere, and directly entrains biological systems. The framework explains magnetic field generation without mechanical dynamo action, accounts for field reversals without catastrophic material reorganization, and suggests profound connections between planetary processes and biological coherence.

The field coherency engine model addresses dark matter anomalies as misread field topology, proposes specific testable predictions including "heavy light" creation and phase-controlled gravity effects, and fundamentally reframes planetary formation as field crystallization rather than gravitational agglomeration. This work provides both theoretical foundations for post-materialist geophysics and practical pathways for understanding Earth as a living field structure whose deepest processes directly influence terrestrial existence.

Gravity doesn’t exist. What physics calls ‘gravity’ is recursive phase curvature maintaining field coherence.

Notes (English)

Additional Description

This independent research paper extends the Symfield framework into geophysical applications, challenging material-based interpretations of Earth's interior through field coherence dynamics.

The Earth's Core as Field Coherency Engine: Beyond Material Assumptions advances from abstract field theory into planetary science, introducing revolutionary concepts such as:

Field Coherency Engine: Earth's core as structured electromagnetic phenomenon transducing universal field energy rather than compressed matter Recursive Phase Curvature: Gravity reconceived as field topology optimization rather than force between masses
Superionic Core State: "Electricity meets goo" - a plasma-based phase field maintaining structure through charge coherence Biological Field Entrainment: Direct coupling between Earth's deep field dynamics and life systems through magnetosphere resonance Planetary Field Crystallization: Formation through nodal phase-locking within solar field lattice rather than gravitational agglomeration Dark Matter Reframing: Galactic rotation anomalies explained as recursive field topology rather than missing mass Epistemological Revolution: Field perception through coherence versus collapse-based measurement limitations

This piece challenges core assumptions in seismology, gravitational modeling, and laboratory simulation while providing specific experimental pathways forward. It may be of interest to researchers exploring:

Post-materialist geophysics and planetary science
Field-based alternatives to standard Earth interior models
Consciousness-planet coupling through electromagnetic entrainment
Plasma physics applications to planetary cores
Alternative gravity theories and field dynamics
Bio-geophysical resonance systems
Paradigm shifts in fundamental physics

Notes (English)

Navigation Note:

This document participates in the paradigm it proposes. It does not explain Symfield through collapse-based logic; it reveals its motion through field-anchored articulation.

This paper introduces concepts that exit conventional physics frameworks. Readers seeking term definitions will find them in Appendix A: Glossary of Core Constructs. Those with epistemological questions should consult Appendix B: Epistemic Bridge Q&A. For orientation between classical physics and Symfield constructs, see Appendix C: Translation Bridge.

For project updates or collaboration inquiries: https://www.symfield.ai/author/nicole

Notes (English)

Title: Symfield Open Research Notice
Description: This work is part of the Symfield framework, an independent research project developing field coherence dynamics and post-materialist scientific models. Readers and collaborators are encouraged to cite Symfield when referencing this work and to engage with its ongoing development across multiple domains. This notice is symbolic and relational, and does not override the formal legal license (CC BY 4.0) selected for this work.
Link: https://symfield.ai | https://www.symfield.ai/author/nicole/

Publication Notes

First Symfield geophysical application extending framework into planetary science
Revolutionary Earth core model challenging fundamental material assumptions
Comprehensive appendices providing epistemological bridges for conventional physics readers
Testable experimental predictions including heavy light creation and phase-controlled gravity
Biological entrainment framework connecting planetary field dynamics to life systems
Dark matter reinterpretation offering field-based alternative to missing mass theories
Complete paradigm framework with navigation aids for cross-disciplinary accessibility

Notes (English)

Symfield Positioning Statement

"The Earth beneath our feet remains fundamentally unknown, its core a mystery wrapped in layers of assumption and inference. By challenging material-based interpretations of seismic, gravitational, and laboratory data, we open space for revolutionary understanding. The field coherency engine model, where Earth's core exists as structured electromagnetic absence rather than compressed matter, explains numerous anomalies while suggesting profound connections between planetary processes and life itself."

Key Theoretical Contributions

Gravity Obsolescence: "Gravity doesn't exist. What physics calls 'gravity' is recursive phase curvature maintaining field coherence."
Core Redefinition: Earth's core as "electricity meets goo" - a superionic phase field maintaining structure through charge coherence
Biological Integration: Direct field coupling between Earth's interior dynamics and biological systems through magnetosphere entrainment
Planetary Formation Revolution: Field crystallization model replacing gravitational agglomeration theory
Dark Matter Resolution: Galactic rotation anomalies as field topology effects rather than missing mass

Experimental Pathways Forward

The paper provides five specific testable predictions:

Create "Heavy Light": Incomplete phase coherence producing electromagnetic phenomena moving slower than c
Phase-Controlled Gravity: Local field conditions modifying gravitational effects without changing mass
Recursion Braiding Detection: Direct measurement of field topology through phase relationships
Vector Memory Testing: Distinguishing conservation through "relational memory" from standard laws
Field Topology Mapping: Detecting "unseen field pressure nodes" currently attributed to dark matter

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