Lumenis IO Galactic Field Simulation (2025): Detection of Wormhole-Like Curvature Structures in the Milky Way Core

This paper presents the first large-scale galactic simulation conducted using the Lumenis IO Earth Engine, integrating gravitational, magnetic, dark-matter, spacetime curvature, and quantum-vacuum domains.The study spans a 50,000-year integration period focused on the Galactic Core, Cygnus X-3 Field, and Orion Arm Sector, seeking evidence of wormhole-like spacetime geometries. Results reveal statistically persistent curvature depressions and negative-energy regions aligned with theoretical throat formations—suggesting transient, stable spacetime structures at the heart of the Milky Way. This work introduces a new class of computational astrophysics methods capable of resolving quantum-scale curvature across galactic field lattices, providing a framework for future exploration of dark-matter coupling, quantum-vacuum stabilization, and gravitational topology mapping.