Mathematical Layer for the Aetheric Magnetic Substrate
Mathematical Layer for the Aetheric Magnetic Substrate (AMS)
1. Status and Scope
This section does not propose new mathematics.
It proposes a reinterpretation of existing equations as emergent descriptions of
Aetheric Magnetic Substrate (AMS) tension dynamics.
All equations below are standard; only their ontological meaning is reassigned.
2. AMS Field Variables
Let the AMS be represented by a continuous substrate field:
- Ψ(x, t) : AMS torsion/tension state (scalar or tensor field)
- τ(x, t) : local torsional density
- κ(x, t) : curvature of AMS geometry
- ρᵥ(x) : vorton density (matter-as-knot concentration)
Observable fields emerge from gradients and curls of Ψ.
3. Electromagnetism as AMS Dynamics
3.1 Electric Field (E)
Standard:
E = −∇φ − ∂A/∂t
AMS Interpretation:
- E is the rate of AMS tension reconfiguration
- φ is scalar tension imbalance
- A is directional torsion bias
Electric potential = stored AMS tension asymmetry.
3.2 Magnetic Field (B)
Standard:
B = ∇ × A
AMS Interpretation:
- B is static torsional equilibrium
- No flow, no particles, no spinning
- A held geometric twist in AMS
This explains:
- Why magnetic field lines do not start or end
- Why ∇·B = 0 is geometrically mandatory
3.3 Maxwell’s Equations (AMS View)
∇·E = ρ / ε₀
→ Divergence of AMS tension caused by vorton density
∇×E = −∂B/∂t
→ Time-varying torsion induces tension redistribution
∇·B = 0
→ Torsional closure constraint of AMS geometry
∇×B = μ₀J + μ₀ε₀ ∂E/∂t
→ Vorton slip rate + tension propagation
4. Ohm’s Law (Emergent)
Standard:
V = IR
AMS Interpretation:
- V: imposed AMS tension gradient
- I: rate of coordinated vorton slip events
- R: resistance to AMS reconfiguration through material geometry
Thus:
I ∝ (ΔΨ / material reconfiguration impedance)
5. Power
Standard:
P = VI
AMS Interpretation:
Power = rate of AMS tension relaxation through matter.
Heat = chaotic micro-torsion dissipation in AMS.
6. Frequency and AC
AC frequency corresponds to periodic inversion of AMS torsion gradient.
DC corresponds to static torsion gradient with continuous relaxation.
7. What Is New Here?
- No particles as carriers of force
- No energy substance
- No fields as abstractions
Only geometry, tension, and topology of a single substrate.
Comments