AbstractStandard models of nebular accretion and planetary formation rely on highlyspecialized, independent ad hoc scenarios to explain the distinct anomalous behaviorsof individual planets within the solar system (e.g., the retrograde rotation of Venus, theextreme axial tilt of Uranus, the mass deficit of Mars, and the preservation of theasteroid belt). This paper introduces an alternative macro-systemic framework: theChronological Planetary Conveyor Cycle. Operating as a unified closed system within asingular inertial reference frame, the model proposes that individual planets do notoccupy permanent, static orbital niches. Instead, they represent distinct, sequentialdevelopmental phases of a single, evolving planetary body moving continuously inwardalong a progressive gravitational vortex.By utilizing a reverse-engineering methodology working backward from the final stellarimpact, this section maps out the precise metallurgical, thermodynamic, mechanical,and biological specifications required of the planetary body at each station. By shiftingthe cosmological lens from a chaotic series of historical accidents to an interconnectedcosmic assembly line, this framework provides a comprehensive, internally consistentalternative ideology designed to reconcile systemic anomalies under a singular,overarching physical law.
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Martin Kenneth Smith (2026) studied this question.
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