A Generativist Proof of the BSD Conjecture: Self-Dual Emergence of Elliptic Curve Spiral Tori
Zhao Jun · Zenodo (CERN European Organization for Nuclear Research) · 2026
Abstract This paper provides a complete solution path for the BSD Conjecture within the framework of generative mathematics. The core proposition: ord_s=1 L(E,s) = rank E(Q) is the spectral-topological correspondence of the self-duality of the elliptic curve spiral torus coupling network under emergent continuity---the rank is the integralization of independent topological charges, the order of zeros is the spectral degeneracy at the self-dual point, and the two are necessarily equal under isoperimetric optimality. Complete argument chain: 1. Theorem 3.1: Intrinsic parameterization of elliptic curves as spiral tori2. Intrinsic cutoff of Axiom 1: Finite generation of the rational point group as an additive group of topological charges3. Euler product of the L-function: Spectral generating function of local modes4. Theorem 5.1 (abstract version): Self-dual emergence---the functional equation is the inevitable signature of the topological closure of Axiom 45. Self-duality ↔ Isoperimetric optimality: Unique signature of surviving configurations6. Synthesis: Order of zeros = Number of independent topological charge transitions = Rank All steps are rigorously guaranteed by the axiomatic system and the L1--L2 layer theorems. External techniques serve only as conceptual references. Unification with the Millennium Problems: BSD and the Riemann Hypothesis share Theorem 5.1 (Self-Dual Emergence Theorem). Riemann's k=1 signs as s↔1-s, midpoint 1/2; BSD's k=2 signs as s↔2-s, midpoint 1. The two are parameterized instances of the same abstract theorem for different numbers of generators. Keywords: BSD Conjecture; generativism; self-dual emergence; spiral torus; isoperimetric optimality; elliptic curve; topological charge; unification of the Millennium Problems