Recursive Admissibility Corridors - Dynamic Tolerance Expansion and Convergence Under Weighted Cognitive Traversal

This paper introduces Recursive Admissibility Corridors as a structural framework within the Paton System cognitive branch for modelling recursive cognition as dynamically evolving admissibility geometry under weighted traversal pressure through time. The framework proposes that cognitive tolerance dynamically expands, deforms, narrows, and converges through recursive engagement, symbolic weighting, continuity inheritance, environmental modulation, and approaching decision commitment. Rather than interpreting cognition as static branching, the paper models cognition as a fluid recursive admissibility field whose pathways progressively narrow toward executable continuity under convergence pressure. Figure 1 introduces the foundational Recursive Admissibility Corridor Geometry illustrating recursive expansion, admissibility deformation, weighted traversal, and narrowing convergence toward irreversible action commitment.