Part 3: Fields as Stored Torsion
Fields as Stored Torsion
Why Geometry Keeps Beating the Equations
Part III of V
Fields are everywhere in physics — and nowhere in explanation.
They have magnitude, direction, and energy, yet no physical substance.
They “exist,” but only mathematically.
AMS offers a physical interpretation:
Fields are stable torsional configurations of the substrate.
This immediately clarifies several long-standing engineering frustrations.
Electronics and circuits
Practicing engineers know — often reluctantly — that:
- wire routing matters
- loop area matters
- symmetry matters
- physical layout affects noise and timing
AMS explains why: circuits are not merely charge pathways, but torsion-management systems.
Antennas and radiation
Textbook antennas are often outperformed by:
- irregular geometries
- asymmetrical designs
- fractal structures
Under AMS, radiation efficiency depends on how smoothly stored torsion can unwind into propagating disturbance — not solely on resonance length.
Testable directions
- Compare circuit performance with identical schematics but altered physical topology
- Measure antenna efficiency differences tied to torsional smoothness rather than resonance alone
This does not contradict classical electromagnetism.
It explains why experienced engineers quietly distrust idealized models.
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