Vorton Interaction Rules

Vorton Interaction Rules

All physical phenomena must arise from local interactions.

Interaction Principles

  1. Locality

    • Vortons interact only through contiguous AMS geometry.
    • No action-at-a-distance.

  2. Constraint Propagation

    • Changes propagate as substrate reconfiguration, not object motion.

  3. Threshold Behavior

    • Discrete events occur when geometric limits are crossed.
    • Explains quantization without particles.

  4. Slip–Lock Dynamics

    • Partial reconfiguration (slip) enables current flow.
    • Full lock creates insulation or rigidity.

  5. Topology Preservation

    • Knots do not dissolve unless global constraints are violated.
    • Explains matter persistence.

These rules replace “forces” with geometry responding to stress.

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