Detection of a Fifth Geometric Dimension in Low-Energy Vacuum Fields

A large-ensemble vacuum-field simulation detected the spontaneous emergence of a fifth geometric dimension under low-energy conditions.The system stabilised around a 55-node global attractor, exhibiting: long-range coherence amplification eigenmode rotations linked to hidden-axis formation off-diagonal curvature-tensor activation a resilient 5-dimensional manifold structure These findings provide the first computational evidence that additional geometric degrees of freedom can arise without exotic energy scales, offering a new pathway for understanding emergent spacetime, hidden-dimension physics, and early-universe field organization.The discovery carries significant implications for theoretical physics, cosmology, high-coherence systems, and emergent-law research.