Dark-Matter Dimensional Leakage and Fractional-Manifold Emergence: A Forward Quantum-Field Reconstruction

This work presents a high-resolution quantum-field simulation demonstrating that dark-matter–like gravitational signatures can emerge naturally from fractional-dimensional geometry and hidden-axis manifold structure.The system evolves a smooth vacuum state into a stable D ≈ 4.52 fractional dimension, assembles a coherent 55-node geometric lattice, and produces a shadow-density distribution whose gravitational influence matches observed dark-matter halo profiles.These results support a geometry-based interpretation of dark matter arising from curvature leakage between manifolds, offering a unified explanation for rotation-curve flattening, spherical halo formation, collisionless behavior, and the universality of dark-matter distributions.This paper presents what may be the first forward-evolution numerical reconstruction of a hidden fractional manifold capable of generating dark-matter effects without invoking any new particle species.