LGT 13.5 – Das fraktale Spitzen‑Netzwerk des Alten Reiches: Modulare Systemlogik und proportionale Längenmatrix Djoser–Nyuserre–Snofru

A groundbreaking analysis reveals that the monumental landscapes of Giza, Saqqara, and Dahschur in ancient Egypt form a fractal, systemically planned network with astronomical precision. The study identifies three functional modules: solar dynamics validating horizon channels as astronomical vectors, geodetic statics aligning sightlines to the circumpolar center of the ancient sky, and a proportional length matrix following a near-perfect 1:2 scaling law along the geodetic meridian. A Monte-Carlo permutation test (N=10,000) confirms that this axis configuration is statistically non-random (p ≈ 0), supporting a systemic planning principle underlying the Old Kingdom's monumental landscape. This research integrates geodetic precision, astronomical cycles, and fractal proportionality into a coherent space-time model, advancing archaeoastronomical understanding without relying on explicit formulas.

Küstner, K.-H. (2026). LGT 13.5 – Das fraktale Spitzen‑Netzwerk des Alten Reiches: Modulare Systemlogik und proportionale Längenmatrix Djoser–Nyuserre–Snofru. Zenodo. https://doi.org/10.5281/ZENODO.22023497