Fractal Quantum Network: Complete Unification of Spacetime and Matter

This work presents the complete Fractal Quantum Network (FQN) theory, where spacetime and matter emerge from a dynamic fractal network with dimension $d_f$. Key innovations include: - Emergent Lorentz invariance via $\text{Aut}(K)/\text{Isom}(d_f) \to \text{Poincaré}$ at $d_f \to 4$ - Quantum entanglement as direct three-point interaction in the network - First-principles derivation of Standard Model from $H_2(K,\mathbb{Z})$ topology - Experimentally falsifiable predictions with uncertainty bounds The theory is mathematically rigorous (6 theorems), computationally verified, and ready for experimental testing.