A Unified Planetary Network Topology: A Systems Engineering Evaluation of Tectonic, Atmospheric, and Chronological Anomalies

This technical paper presents the foundational architecture and systems engineering framework for Project Macro Grid. Utilizing a multi-disciplinary approach that integrates network topology, data synthesis, and advanced geophysical modeling, this research investigates the structural dynamics of planetary infrastructure and localized anomalous phenomena. Special focus is directed toward the evaluation of acoustic resonance, phase-locked loop frameworks, and synthetic aperture radar data as they correlate to historical site alignments—specifically across the Giza Plateau and related global nodes. The objective of this open-science repository is to establish a rigorous, data-driven methodology for analyzing large-scale planetary grids and energy distribution models. By treating these global alignments as interconnected network topologies, this paper provides a predictive framework for identifying latent geophysical and structural relationships, serving as a baseline for future empirical verification and collaborative open-source analysis.