Beyond Relativity: The Fractal Aerogel Lattice and the Unified Frequency Fusion Model (FFM) – A Framework for Emergent Gravity and Substrate Information Dynamics

This paper presents a comprehensive derivation of the Frequency Fusion Model (FFM), proposing that spacetime is a dynamic Fractal Aerogel Lattice (T2 Layer) with a Hausdorff dimension of D_f = 2.4 \pm 0.1. We redefine gravity not as a fundamental force or geometric curvature, but as an emergent phenomenon resulting from Lattice Impedance Gradients and velocity-dependent Lattice Drag. Key scientific contributions include: The formulation of Time Dilation as a Processing Lag within the T2 substrate under extreme tension. The introduction of the FFM-Compton Effect, explaining lattice shattering under high-frequency photon interaction. A predictive model for Dark Matter as localized regions of enhanced medium density. This framework establishes a bridge between quantum information theory and gravitational mechanics, providing a computational basis for the "Information Carrier" role of massless particles