Hierarchical reinterpretation of solar system objects based on DMF cosmology / DMF 宇宙論に基づく太陽系天体の階層的再解釈

Short Abstract This paper presents a hierarchical reinterpretation of the Solar System based on the Dual Mass Flow (DMF) cosmology and the BFSSU (Black Hole Fractal Steady‑State Universe) framework. Rather than treating the Sun, Jupiter, Earth, and Mars as independent outcomes of stochastic initial conditions, this study positions them as distinct branching states emerging from DMF‑driven flow structures and phase transitions.In this framework, gravity is redefined not as an intrinsic attractive force but as an effective spatial constraint arising from non‑uniform DMF flow. Stellar and planetary formation are interpreted as outcomes of DMF vortex stability, critical thresholds, and long‑term flow persistence.The Sun is identified as the highest‑stability DMF node within the Solar System, Jupiter as a sub‑stellar branching state, Earth as a stable planetary phase, and Mars as a case of early DMF decoupling. This unified interpretation explains why the Solar System exhibits a structured sequence of stellar, giant‑planet, active‑planet, and inactive‑planet states.Furthermore, the shared orbital plane and long‑term dynamical stability of the Solar System are interpreted as consequences of DMF vortex geometry and the formation of a stable DMF “flow plane.”This study provides a coherent, non‑competitive complement to existing astrophysical models, offering a generative principle for understanding Solar System structure within a broader hierarchical cosmological context. https://orcid.