Spectral Causal Theory: derivations, verification, analysis, and publications.
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Updated
Apr 11, 2026 - Python
Spectral Causal Theory: derivations, verification, analysis, and publications.
Adèlic spectral frameworks for computational number theory: exploring exact discrete bounds for pattern avoidance via CP-SAT, and quantum-physical realizations of automorphic L-function zeros.
Official repo for "The Genesis of e from Modular Substrate Theory". Certifies exact algebraic identities linking e, ln 2, and ζ(0) = -1/2 with Lean 4 (0 sorries). Features a high-precision Python suite showing robust D₆ dihedral phase quantization over 10,000 non-trivial Riemann zeros with extreme statistical significance (p ≈ 10⁻⁸³).
Quantum Vacuum Geometry — Self-consistent spectral equation extending Connes-Chamseddine NCG to derive Standard Model parameters from five geometric axioms
Mathematical work by Jared D. Dunahay (AEO Trivector LLC). Monorepo for published math-ph papers, code, and verification suites.
GCFT (General Cognitive Field Theory): A rigorous mathematical meta-theory deriving why self-referential cognitive systems must be quantum. Five-volume manuscript + verification code + epistemological reflection on the inevitability of information loss across truncation towers.
Canonical-lane closure package for the Baum-Connes conjecture: admissible-class formulation, projection gates, local-to-global bridge, and carried remainder.
A Dual-Zero Hyperreal Spectral Triple on the Right Conoid with Icosahedral Symmetry — Derivation of Gravity and the Standard Model
GeoVac (the Geometric Vacuum): structurally sparse qubit Hamiltonians from spectral graph theory — O(Q^2.5) Pauli scaling, 51×–1712× vs Gaussian baselines, 38 molecules. Also a discrete almost-commutative spectral triple (Marcolli–van Suijlekom lineage) with proven Gromov–Hausdorff propinquity convergence.
dual-view: a unified framework for 2-adic number systems, p-adic Newton dynamics, spectral geometry, gauge theory, and quantum compilation
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