Transfinite Fixed Points in Alpay Algebra as Ordinal Game Equilibria in Dependent Type Theory

• URL: http://arxiv.org/abs/2507.19245v1
• Date: Fri, 25 Jul 2025 13:12:55 GMT
• Title: Transfinite Fixed Points in Alpay Algebra as Ordinal Game Equilibria in Dependent Type Theory
• Abstract summary: This paper contributes to the Alpay Algebra by demonstrating that the stable outcome of a self referential process is identical to the unique equilibrium of an unbounded revision dialogue between a system and its environment.<n>By unifying concepts from fixed point theory, game semantics, ordinal analysis, and type theory, this research establishes a broadly accessible yet formally rigorous foundation for reasoning about infinite self referential systems.
• Score: 0.0
• License: http://creativecommons.org/licenses/by/4.0/
• Abstract: This paper contributes to the Alpay Algebra by demonstrating that the stable outcome of a self referential process, obtained by iterating a transformation through all ordinal stages, is identical to the unique equilibrium of an unbounded revision dialogue between a system and its environment. The analysis initially elucidates how classical fixed point theorems guarantee such convergence in finite settings and subsequently extends the argument to the transfinite domain, relying upon well founded induction and principles of order theoretic continuity. Furthermore, the resulting transordinal fixed point operator is embedded into dependent type theory, a formalization which permits every step of the transfinite iteration and its limit to be verified within a modern proof assistant. This procedure yields a machine checked proof that the iterative dialogue necessarily stabilizes and that its limit is unique. The result provides a foundation for Alpay's philosophical claim of semantic convergence within the framework of constructive logic. By unifying concepts from fixed point theory, game semantics, ordinal analysis, and type theory, this research establishes a broadly accessible yet formally rigorous foundation for reasoning about infinite self referential systems and offers practical tools for certifying their convergence within computational environments.

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