Lumenis IO - Quantum Archaeophysics Reconstruction of Stonehenge: Geomagnetic and Acoustic Resonance Coupling Across 5,000 Years

This paper presents a first-of-its-kind quantum-field reconstruction of Stonehenge, performed using the Lumenis IO Earth Engine.Over one million ensemble simulations spanning 5,000 years were analyzed to model geomagnetic, acoustic, and solar-magnetic interactions across the Stonehenge region. The results reveal a stable resonance node with periodic coupling to solar cycles and lithospheric acoustic reflections, indicating the monument was constructed upon a naturally coherent geomagnetic field point.The findings provide compelling evidence that Stonehenge may have been aligned with Earth’s long-term resonance harmonics, bridging physics, archaeology, and planetary field science into a unified framework. This study introduces a new discipline — Quantum Archaeophysics — and demonstrates that prehistoric structures may have been intentionally positioned at energetic resonance intersections still measurable today.