Aetheric Magnetic Substrate Whitepaper
The Aetheric Magnetic Substrate (AMS):
A Unified Substrate Ontology for Physics
Author: Graham Ellsmore, ChatGPT
Status: Speculative / Ontological Framework
Abstract
This paper proposes a unified physical ontology in which all known phenomena
— matter, electricity, magnetism, light, time, gravity, and quantum behavior —
emerge from a continuous, tension-bearing substrate termed the
Aetheric Magnetic Substrate (AMS).
The framework does not reject existing mathematics or experimental results,
but reinterprets them as emergent descriptions of substrate dynamics.
1. Core Claims
- Magnetism is primary geometry, not a force.
- Matter consists of stable topological knots (vortons) in AMS.
- Energy is a state of substrate tension, not a stored substance.
- Light is propagating torsional disturbance.
- Electricity is substrate tension reconfiguration in closed topology.
- Time is emergent from reconfiguration rate.
- Gravity is large-scale curvature of AMS toward dense knot regions.
2. Motivation
Modern physics predicts outcomes accurately but lacks explanatory unity.
Multiple “fundamental” forces, particles, and exceptions coexist uneasily.
The AMS framework seeks:
- Ontological parsimony
- Geometric causality
- Explanatory continuity
3. Relation to Existing Theories
Overlaps:
- Maxwellian field equations
- General Relativity predictions
- Quantum threshold behavior
- Topological soliton models
Divergences:
- No particles as fundamental
- No energy substance
- No spacetime as entity
- No probabilistic ontology
4. Novel Contributions
- Magnetism as static torsional equilibrium
- Unified explanation of AC/DC behavior
- Resistance as substrate impedance
- Heat as chaotic micro-torsion
- Time as emergent, not fundamental
5. Falsifiability
The framework is falsifiable if:
- Substrate-independent energy storage is demonstrated
- Time variation is observed without reconfiguration change
- Magnetic monopoles exist as isolated sources
6. Limitations
- Currently qualitative in places
- Requires formal tensor formulation
- Requires experimental discrimination from standard interpretations
7. Conclusion
The AMS framework offers a coherent ontological reinterpretation
of physics that restores explanatory meaning without discarding
empirical success.
It invites critique, extension, and formalization — not belief.
Acknowledgements
This work draws inspiration from classical field theory,
topological physics, and metaphysical realism.
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