Audio note: The companion audio discussions emphasize that the Richat model is geodesic rather than conventionally cartographic, and that major spoke families may form continuous great-circle structures rather than isolated alignments. They also highlight the predictive significance of near-hit cases such as Nazca and frame the blind-spot outputs as a shift from descriptive clustering toward candidate-zone generation for future investigation.                                                                             

This document formalizes a strategic paradigm shift in geospatial archaeology,
transitioning from the constraints of modern cartographic standards to a predictive
model centered on the Richat Structure in Mauritania. By implementing a "Prime
Meridian Reset," we move beyond the Eurocentric grid systems that dominate
contemporary geography to analyze the distribution of ancient monumental sites
through a proprietary "Spoke-Wheel Analysis." This model posits that the world’s
major ceremonial and archaeoastronomical complexes are not distributed randomly
across the terrestrial surface but instead resolve into coherent "families"—directional
spokes and radial bands—when measured from this singular, centralized geodetic
origin.
The methodology utilizes high-precision geodesic mathematics to calculate the
shortest paths over the Earth’s ellipsoidal surface, establishing the foundational
skeletal structure of a global wheel. By applying intentional mathematical offsets and
sophisticated mirror logic, the framework has generated 1,152 total nodes, including
927 high-priority "Blind-Spot Nodes"—coordinates in underexamined regions where
archaeological evidence is mathematically predicted to exist. This research provides
a rigorous, hypothesis-generating framework for identifying the missing components
of the human monumental record, transitioning the field from descriptive survey to a
targeted, predictive roadmap for global exploration. 

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