Seismic Morphology and Nonlinear Coherence Dynamics in the BECU–OLON EAR V5 Framework

A nonlinear geodynamic research framework for the analysis of seismic morphology, regional coherence evolution, metastable transition dynamics, and phase-flow organization in complex tectonic systems. The EAR V5 architecture integrates regional subclass separation, coherence transport analysis, nonlinear trajectory organization, and multiphysics synchronization behavior within a unified lithospheric state-space framework. This public release contains the theoretical structure, figures, and observational results of the framework. Full mathematical operators and extended equation architecture are available only upon formal scientific request to verified academic or certified research institutions.