Light as a Propagating Torsional Disturbance

Light as a Propagating Torsional Disturbance

Light is modeled as a propagating torsional disturbance in the AMS. It is not a material particle stream nor a mechanical wave in matter.

Essential points:

  • Propagation through substrate: Light propagates through the AMS itself, not through matter.
  • Torsional, not compressional: The disturbance is primarily torsional (twist-based), allowing propagation through regions devoid of matter.
  • Discrete detection: The apparent discreteness of light (photons) arises from threshold-based reconfiguration events when the torsional disturbance interacts with vorton structures in matter.
  • Invariant propagation behavior: The consistent propagation characteristics of light reflect invariant geometric properties of the AMS.

This reconciles wave-like propagation with discrete interactions without invoking dual ontologies.

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