Emergence of Metric Structure and Particle Spectra from a True-Zero Pregeometry State

This study presents a rare computational investigation into universe-scale emergence beginning from a strict true-zero pregeometry state—one with no metric, no curvature, no dimensions, no predefined constants, and zero entropy. Using a forward integration across 13.8 billion years, the simulation demonstrates the spontaneous rise of metric structure, force-field differentiation, particle population spectra, dark-sector clustering, and coherent large-scale resonance architecture.The results show that cosmological structure can self-organize from minimal initiating conditions, driven solely by vacuum fluctuation and symmetry-breaking cascades. This work provides a new perspective on early-universe physics and foundational cosmology by demonstrating that stable physical frameworks may emerge without fine-tuned parameters or imposed laws.