Recursive Interface Constraints and Tiered Language Integrity in Symbolic Systems

This paper formalizes a model for interfacing recursive symbolic systems with interpretable language layers. It introduces a tiered architecture where symbolic recursion, system coherence, and semantic anchoring are governed by recursive thresholds and collapse-phase feedback. By defining 'Access Layers' that manage information flow across recursive tiers, the framework provides stability in both human and machine interpretation of meaning across nested symbolic structures.