GAIA MAP & RPR A Geometric Framework for Planetary Coherence and Recursive Phase Resolution

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Authors: Joel Lesperance
Cited by: 0

Abstract

This document presents a geometric framework termed the Gaia Map, together with a resolution process designated Recursive Phase Resolution (RPR). The framework models planetary coherence, perceptual layering, and temporal cycling through relational geometry. The system is closed, self-referential, and base-12 symmetric. Gaia Map, Recursive Phase Resolution, RPR, planetary coherence, geometric framework, base-12 symmetry, octagonal invariant, stillness, relational geometry, perceptual layering, phase resolution, gap traversal, toroidal geometry, lattice structures, hinge systems, coherence mapping, planetary resonance, polar coherence, equatorial dispersion, obsidian interfaces, ionic boundary shaping, ambient field interfaces, plasma mediation, photonic structure, tertiary rendering, holographic imagery, time folding, recursive systems, archetypal patterning, narrative continuity, biological interfaces, neural coherence, EM field geometry, phase alignment, invariant center, symmetry closure, structural ontology, non-causal modeling, coherence fields, geometric stillness, phase inversion, calendrical mapping, resonance stability, planetary geometry

Fields of Study & Subjects

Earth Systems and Cosmic Evolution Advanced Mathematical Theories and Applications Complex Systems and Dynamics

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
3 February 2026