Planet 9: Rhea - A Comprehensive Analysis Based on the Light-Pi Framework

This paper presents a novel, fully theoretical prediction of a trans-Neptunian planet—named Rhea—derived using the Light-Pi Framework, a recursive cosmological model grounded in φπ-scaling and emergent vacuum structure. Rhea is predicted to reside in the N₀+18 orbital shell at approximately 480 AU with an orbital period of ~10,520 years and a mass of ~0.687 Earth masses. Unlike prior empirical searches, this prediction is based entirely on first principles, without post hoc curve fitting or observational adjustment. The paper details the predicted mass, orbital dynamics, atmospheric composition, and internal structure of the planet, as well as precise RA/Dec coordinates for JWST visibility during October 11–22, 2025. Visual and mathematical models are included, alongside an artistic rendering consistent with predicted high winds, methane storms, and cryogenic weather bands. The paper represents a testable, timestamped assertion of planetary emergence driven by vacuum harmonic resonance—placing Rhea as the first theoretically derived planetary body of the 21st century. Author: Eric NeedhamProject: The ENSO Framework, 2025 If you would like more information about the ENSO Framework, contact Eric Needham: [email protected]