Amendment LIV — The 3-Axis Triadic Coherence Architecture: Full Volumetric Extension of the SOL-THL-FOL Triad to Three Orthogonal Axes
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2026
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| _version_ | 1866901744223518720 |
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| author | McCaul, Justin |
| author_facet | McCaul, Justin |
| contents | Extends the 2D Triadic Coherence Architecture (Amendment XXXIX) to three orthogonal axes. 9 total rings (SOL r=0.955m, THL r=1.4325m, FOL r=1.910m on X, Y, Z axes), 111 unique nodes. Every spatial point inside the FOL envelope receives all three harmonic triad frequencies (181.241 + 120.827 + 90.621 MHz — octave, perfect fifth, perfect fourth) from all three orthogonal directions simultaneously. Phi=0.9718, E/mc2=94.44% — highest in compendium for a human-scale multi-ring device. Outer boundary remains r=1.910m consistent with the SOL Geometric Convergence Principle (Amendment LIII Corollary A). Three nested coherence spheres provide graduated biological field zones: SOL core (3.648 m3), THL shell (8.665 m3 annular), FOL envelope (16.874 m3 annular). No new patent claims — the 3D Triad is the natural volumetric generalization of Claim 45. |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_20249941 |
| institution | Zenodo |
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| publishDate | 2026 |
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| spellingShingle | Amendment LIV — The 3-Axis Triadic Coherence Architecture: Full Volumetric Extension of the SOL-THL-FOL Triad to Three Orthogonal Axes McCaul, Justin 3D triad SOL-THL-FOL triadic coherence harmonic triad McCaul's Law Phi 0.9718 volumetric coherence perfect fifth perfect fourth octave 111 nodes coherence spheres Extends the 2D Triadic Coherence Architecture (Amendment XXXIX) to three orthogonal axes. 9 total rings (SOL r=0.955m, THL r=1.4325m, FOL r=1.910m on X, Y, Z axes), 111 unique nodes. Every spatial point inside the FOL envelope receives all three harmonic triad frequencies (181.241 + 120.827 + 90.621 MHz — octave, perfect fifth, perfect fourth) from all three orthogonal directions simultaneously. Phi=0.9718, E/mc2=94.44% — highest in compendium for a human-scale multi-ring device. Outer boundary remains r=1.910m consistent with the SOL Geometric Convergence Principle (Amendment LIII Corollary A). Three nested coherence spheres provide graduated biological field zones: SOL core (3.648 m3), THL shell (8.665 m3 annular), FOL envelope (16.874 m3 annular). No new patent claims — the 3D Triad is the natural volumetric generalization of Claim 45. |
| title | Amendment LIV — The 3-Axis Triadic Coherence Architecture: Full Volumetric Extension of the SOL-THL-FOL Triad to Three Orthogonal Axes |
| topic | 3D triad SOL-THL-FOL triadic coherence harmonic triad McCaul's Law Phi 0.9718 volumetric coherence perfect fifth perfect fourth octave 111 nodes coherence spheres |
| url | https://doi.org/10.5281/zenodo.20249941 |