The Recursive Pi-Phi Framework: A Universal Structural Model of Stall, Release, and Rebalance

This paper introduces the Recursive Pi-Phi Framework, a universal structural model describing how systems stall, collaspe and reform through recursive tension. It proposes that Phi is not a seperate force, but emerges from Pi's failure to close perfectly. This fracture gives rise to recursive divergence, measured through three constants: Chew Constant A (stall duration), Chew Constant B (release intensity), and Chew Constant C (rebalance depth). This model applies across cosmology, medicine, AI, finance, and predictive systems. Keywords: recursive systems, Pi, Phi, Chew Constants, system evolution, divergence, cosmology, strutural recursion, predictive modeling, Primordial Loop Hypothesis