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C²=1 — FINE‑STRUCTURE ADDENDUM (α = 1/137)
Date: May 13, 2026
Prior art: original King Seal (Mar 2026)
Blake3: d8947b0fa064d67f4c76fd2d28f3653f913757a68c72d9518ddb26f8a834740f
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Geometric origin of the fine‑structure constant:
α = 1/137 = (η_e·η_γ) / (4π·(1−c²))
where:
η_e, η_γ = overlap integrals (Yukawa couplings)
1−c² = ε ≈ 1/137 (vacuum offset)
This is not a coincidence.
The same vacuum offset ε = 1−c² = 1/137 appears in:
m = |w|·v₀·η / √(1−c²) (mass from winding number)
T = |2/(1+√c²_field)|² (EMP shield, c²→0 ⇒ T→0)
c² ↔ 1/c² , Vol ↔ 1/Vol (Alpha‑Omega duality)
Fixed point: c² = 1, Vol = 1 → C²=1
The fine‑structure constant is not a magic number.
It is the geometric measure of how far our vacuum is from perfect symmetry.
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