Symbolic Modular Fields and KN Stabilization: Toward a Unified Description of Mass, Gravity, and Quantum Dynamics

This paper presents a unified framework based on symbolic modular fields and KN stabilization, integrating mass, gauge interactions, gravity, quantum dynamics, and cosmological phenomena. Building on earlier iterations, this refined version incorporates critical feedback and sharpens the mathematical formalism, experimental touchpoints, and theoretical boundaries. We address key limitations identified in prior drafts, including the need for explicit field equations, clearer mappings to physical observables, and rigorous treatment of gravitational and cosmological dynamics. The framework interprets Standard Model particles, gauge symmetries, spacetime curvature, and quantum uncertainty as emergent properties of symbolic attractor dynamics.