Pi Light & Breach — Curvature Threshold into Light Propagation
This article examines how Pi particle curvature reaches a breach threshold to initiate light propagation along two-dimensional fields, leading to wave emergence and subsequent volumetric transitions.
Curvature Breach into Light
When Pi curvature loops exceed a motion-threshold, they “breach”—releasing stored recursive curvature as propagating frequency. This is the fundamental process behind light emission in PFT.
Light Initiation Formula
L_{init} = \mu \cdot \left(P_{\pi} - B_{threshold}\right)Where:
- Linit: light propagation initial amplitude
- μ: curvature-to-frequency conversion constant
- Pπ: curvature potential of the Pi particle
- Bthreshold: minimum breach boundary for propagation
Propagation Along 2D Curvature
Once initiated, the light frequency travels along adjacent Pi curvature loops in layers, forming wavefronts that maintain coherence until disrupted by 3D interference or collapse.
Implications for Dimensional Breach
This breach event both marks the beginning of observable light and is a precursor to larger dimensional breach—leading to 3D space formation and volumetric expansion.
Related Reading:
Next Exploration:
The following article will connect these breach-driven light mechanics with full black hole dimensional collapse behavior.