P ≠ NP
We prove that computational complexity classes correspond to topological invariants of semantic manifolds.
Polynomial-time decidability requires genus ≤ 1, while NP-complete problems induce genus ≥ 2 via self-referential structure.
This genus gap creates an uncrossable operational velocity boundary, yielding P ≠ NP as a corollary.
The same topological constraint explains Gödel incompleteness and democratic impossibility.
Using the Coulon complex visualization above, we demonstrate how semantic chains (axioms → theorems → proofs) form higher-dimensional structures whose genus determines computational tractability.
The framework unifies complexity theory, metamathematics, and political philosophy through the common language of algebraic topology.
Beyond Turbulence
Semantic Topology and the Impossibility of Efficient Self-Reference
Coach . Taj . TJ . Coulon . Lisp . turbulence . intelligence . intention .