Entangled Gravity (Symbolic ER=EPR): Modular Collapse and KN-Synchronized Information Fields

This paper presents a novel framework for modeling gravitational entanglement using symbolic modular fields derived from the Kuro Nova (KN) stabilizer. Building on prior work in symbolic gravity and modular collapse stabilization, we simulate two coupled symbolic systems undergoing synchronized collapse. The resulting behavior exhibits phase-locked attractors, preserved information loops, and modular radiation echoes—providing a falsifiable model of ER=EPR behavior without relying on geometric wormholes. This work unifies symbolic cognition, modular field theory, and entangled gravitational dynamics into a testable architecture for quantum gravity. All equations, simulations, and figures are included or available via supplementary material.