White Paper: The Unified Theory of Stationary Light (TSL)

Subject: A Top-Down Model for Planetary Formation and Chemical Uniformity Archival Target: Zenodo Repository Date: March 2026 Reference Case: The HR 8799 Multi-Planetary System Framework: The Streamer-to-Vortex Formation Protocol Executive Summary Standard astrophysical models of "Bottom-Up" core accretion—where planets form through the slow, stochastic collision of debris—face a terminal crisis in light of 2025–2026 observational data. Specifically, the detection of massive planets at extreme distances (70 AU) and the discovery of uniform chemical enrichment across disparate orbital radii defy traditional fluid dynamics. The Unified Theory of Stationary Light (TSL) resolves these anomalies by proposing that the universe does not "build" matter piece-by-piece. Instead, matter is a Topological Precipitation event triggered by a vacuum reaching its Saturation Constant (S_k). This paper formalizes the Master Equation that governs the transition from a resonant light field to a physical planetary vortex.