Investigating the Bosnian Pyramid of the Moon: Archaeological Excavations, Fibonacci Geometry, Energy Phenomena, and Astronomical Relationships

Abstract

This study presents an interdisciplinary investigation of the Bosnian Pyramid of the Moon through archaeological excavation, spatial geometry, geophysical surveying, and astronomical analysis. Stratigraphic excavations reveal sandstone terrace structures with clay interlayers suggestive of engineered construction. Topographic and satellite analyses demonstrate alignments incorporating Fibonacci geometry and equilateral triangular relationships among major features in the Visoko Valley. LiDAR and thermal inertia mapping highlight geomorphological anomalies, while ELF frequency measurements record coherent lowfrequency emissions, including the Schumann resonance. PIP and NEV imaging show vertical energy field phenomena distinct from natural landscapes. Astronomical observations document solstice and equinox shadow interactions between pyramid structures. These combined results suggest a complex integration of geological, energetic, and astronomical principles in the ancient landscape, warranting further interdisciplinary research into the origins and functions of the Visoko Valley formations.