3-Node Harmonic WaveCode Behavior in Nucleons Sim

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This simulation shows:

• 3 harmonic nodes (color-coded) rotating in orthogonal orbital planes (XY, XZ, YZ).
• Note: these dots represent standing wave nodes — NOT particles. The real structure is a resonance field.
• A dynamic yellow spin vector calculated in real time using the cross-product of each node’s position and velocity (i.e., classical angular momentum).
• The vector reflects the combined spin direction and strength of the harmonic system — a geometric interpretation of spin-½ emergence.

In traditional QCD, nucleons (protons/neutrons) have complex inner structure with:

• Quarks bound by gluons
• Emergent spin from quark spin + orbital angular momentum + gluon contributions
   

In this PLH model:

• Spin emerges from geometry — 3 phase-locked harmonic nodes rotating on shells
• The lock symmetry ensures net spin isn’t always additive — mimicking spin-½ quantization 
• Constructive interference = spin pulse
• Destructive interference = spin cancelation
   

This geometric harmonic view is lighter, more visual, and has the potential to be computationally faster than brute-force lattice QCD.

Strategic Impact: Very High

TAM Estimate: $10B