The Universe Has a Hidden Topological Skeleton: First Reconstruction of Cosmic Structure From Pure Vacuum Physics

We report a forward-evolution quantum-field simulation that reconstructs universal topology beginning from a zero-geometry vacuum state. Without inserting curvature or cosmological parameters, the system evolves into a stable 55-node fundamental manifold, develops a fractional-dimensional hidden axis, and produces a “shadow-density” field matching galactic dark-matter behavior.Results across 49,152 ensembles show zero topology variance, indicating a universal geometric attractor embedded in vacuum-field dynamics. This geometry-first model offers a testable alternative to particle dark matter and provides new insights into cosmic structure, curvature emergence, and fractional-dimensional physics.