Generic Stellar–Planetary Throat Systems in a Throat–Horizon Framework

Abstract
We develop a generic geometric description of stellar–planetary systems within the frame- work we call throat–horizon framework. This framework is independent of any specific planetary configuration. In this work, compact massive objects are modeled as outlet-dominated horizons that source geometric flux into the surrounding manifold, while lower-mass compact bodies embedded within this influence admit stable inlet-dominated throat configurations. Smaller orbiting bodies may function as secondary throats that modulate flux, phase, and holonomy but are not required for the existence of the primary inlet–outlet pair. This proposal estab- lishes a scale-independent geometric interpretation of stars, planets, and natural satellites as structural components of stratified spacetime, replacing system-specific models with a universal formulation suitable for unification with gravitational, gauge, and stability analysis.

Keywords
inlet-dominated throat configurations, outlet-dominated throat configurations

Cite this paper
Ty Shedleski, Generic Stellar–Planetary Throat Systems in a Throat–Horizon Framework , SCIREA Journal of Physics. Volume 11, Issue 3, June 2026 | PP. 151-157. 10.54647/physics140724

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