Golden Geometry Revealed: The Fibonacci Link Between the Pleiades and the Bosnian Pyramids

Abstract

This study presents groundbreaking geometric and astronomical correlations between the Pleiades star cluster and the spatial layout of the Bosnian Pyramid Complex. Drawing on LiDAR-based topographic data, high-resolution geodetic surveys, and comparative archaeoastronomical methods, the research examines straight-line alignments, triangular relationships, and Fibonacci spiral geometries embedded within the landscape. Key spatial configurations include the stellar and terrestrial alignments Taygeta–Maia–Alcyone and Moon–Earth–Dragon, as well as Electra–Alcyone–Pleione and Sun–Love–Dragon. The stellar triangle Maia–Electra–Merope is systematically compared to the Sun–Moon–Dragon pyramid triangle in Bosnia. Using angular analysis and golden ratio modeling, the study identifies Fibonacci spirals originating from the stars Maia, Celaeno, and Alcyone, which are mirrored in the summit arrangement of pyramids, tumuli, tunnel entrances, and river confluences across the Bosnian Valley. To assess the probability that such correspondences could arise by chance, the study introduces a series of Monte Carlo simulations (10,000 iterations per scenario). These simulations demonstrate that: • The chance of forming an equilateral triangle with all three points cardinally aligned is effectively zero (p < 0.0001); • The presence of three golden spirals, each intersecting major features, is also statistically negligible; • Matching golden spirals across both celestial and terrestrial domains is extremely unlikely to result from randomness. These quantitative results provide strong statistical support for intentional design, reinforcing the hypothesis that sacred geometry and astral encoding were central to the site’s layout. The discovery of a previously undocumented golden spiral structure internal to the Pleiades adds further novelty to the astronomical dimension of this study. This research contributes to the fields of archaeoastronomy, sacred geometry, and megalithic spatial analysis by offering a data-driven, reproducible model for investigating cosmological planning in ancient landscapes. Given the calendrical and symbolic importance of the Pleiades across cultures—Maya, Ancestral Puebloans, Japanese, Maori, and Greeks—this work supports the idea that prehistoric builders may have used stellar geometry as a template for Earth-based construction. All conclusions are grounded in verified measurements, peer-reviewed literature, and advanced spatial simulation.