Symbolic Gravitational Lagrangian and Resonance-Based Curvature

This paper lays the theoretical foundation for Symbolic Modular Gravity (SMG), a framework that reconceptualizes gravity as a stabilizing force over modular symbolic fields. By anchoring symbolic coherence to gravitational synchronization and entropy regulation, we propose a new language for describing curvature, attraction, and field evolution—not only in physical systems, but in symbolic structures defined by resonance and memory. SMG is not a replacement for general relativity, but a theoretical extension into modular and symbolic domains.