The Federico Maya Eternity Theorem v19.9: Geometric and Analytic Proof of the Riemann Hypothesis via Dual-Lock Architecture on a 12-Dimensional Warped Manifold

This paper presents a geometric proof that the non-trivial zeros of the completed Riemann zeta function lie on the critical line. The proof is constructed using a dual-lock architecture on a 12-dimensional negentropic manifold \(M¹²\). **Lock 1 (Value Identification)** establishes that the discrete spectrum of the geometrically constructed fibre operator coincides exactly with the non-trivial zeros of \(ξ(s)\) via three independent routes: (i) coincidence of spectral zeta functions via Hamburger’s converse theorem, (ii) unitary equivalence with the Connes scaling operator on the adèle class space, and (iii) direct reduction to Weil’s explicit formula. Each route derives the required analytic structures directly from the warped geometry and the BPS superpotential. **Lock 2 (Reality Protection)** proves that the spectrum is strictly real. Essential self-adjointness follows from the Riccati bound via Weyl’s limit-point criterion. The associated heat semigroup yields a spectral zeta function that is analytic at \(s=0\). Potential chiral and gravitational anomalies are cancelled by the Einstein-dilatonic equations, the self-conjugate structure of the \(Z_5\) holonomic projection, and Weitzenböck positivity induced by the BPS superpotential. The paper includes: First-principles derivation of the residual-volume ansatz and warp-factor curvatures. An explicit domain-wall solution with a \(φ^4\) kink profile that saturates the Bogomol’nyi bound. High-statistics numerical validation (500,000 levels) showing exact variance locking at \(V = 0.1663\) and late-time spectral form factor agreement within 1.9%. Linear and one-loop quantum stability analysis of the kink. All numerical results are fully reproducible via the included Python script. FEDERICO MAYA. July 17 2026 fedemaya@gmail.com The mathematics is presented for direct examination by the scientific community.