Computational Autonegation: Wolfram's Theory as a Physical Installation of Metamonism

This article demonstrates that Stephen Wolfram’s theory of the hypergraph as the fundamental structure of reality represents a computational implementation of Metamonism’s principles. We analyze structural parallels between the law of Autonegation (Conflict-MomentImpulse) and the mechanism of hypergraph growth through simple rules. We show that Wolfram’s computational irreducibility corresponds to Metamonism’s crisis of fullness, while the concept of Ruliad serves as a mathematical installation of the universal law of development.