How Continuity of Reality Emerges: A Field-Dynamic Model of Memory, Impedance, and Stable Structures

This paper proposes that continuity of reality does not arise from time itself, but from the persistent suppression of competing paths by dominant low-impedance structures. On this basis, the paper develops a set of field-dynamic equations describing why stable structures continue to strengthen, shallow, migrate, stabilize, collapse, and phase-transition after formation. Two central variables are introduced: coordination-compression and continuation impedance. Memory is reformulated not as content storage, but as the continued compression of future coordination cost. The framework further derives steady-state conditions, critical-collapse conditions, Current-stability conditions, and field phase-transition conditions, aiming to provide a unified dynamical account of continuity of experience, memory formation, stable cognition, structural migration, and complex-system stability. The model is intended for problems of continuity, stability, and path competition in cognitive science, neural dynamics, complex systems, and artificial intelligence.