The Emergent Spacetime-Matter Continuum: Non-Perturbative Quantum Gravity and Gauge Emergence via Holonomy-Induced Lattice Stress

We establish a comprehensive, non-perturbative quantum gravity framework by deriving macroscopic pseudo-Riemannian geometry and standard gauge symmetries from the collective phase-locking transitions of a microscopic loop space substrate. The 1/r coordinate singularities are erased by an infinite proper potential wall (+r^-3.10), regularizing horizons into stable 3D Resonant Toroids. Cosmological constant fine-tuning is dynamically resolved via the quadratic temporal ratio, yielding the observed late-time dark energy scale with absolute coordinate invariance and local conservation safety.