Natural Origin 10 - A Paradigm Manifesto for Solar System Orbits

This manifesto “Natural Origin 10” presents a new Solar-System orbit paradigm built on a single auditable chain: time-element volume → enclosed-orbit volume → time-potential reading → step–closure. Without invoking Newtonian gravity, a central mass parameter, relativistic metrics, or empirical curve fitting, the framework generates orbital speeds and periods from only three ontic quantities: the Sun’s time-element scale, orbital radius, and the invariant light-speed refresh constant. The orbital period is treated not as an input but as an output reading after closure, re-deriving Keplerian structure as a necessary manifestation of the volume-based ontology. The same volume-hierarchy rules are extended to the hydrogen atom, establishing a macro–micro isomorphism between planetary orbits and electronic shells. The paradigm further offers unified ontic explanations for Solar-System features such as the asteroid belt, Saturn’s rings, and the Cassini Division, yielding a coherent, reproducible, cross-scale orbit-generation framework.

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-06-08
DOI
https://doi.org/10.5281/zenodo.20608137
Primary Topic
Astro and Planetary Science
Type
preprint
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preprint

Natural Origin 10 - A Paradigm Manifesto for Solar System Orbits

Yuchuan Xu, Xiangqian Zhang
Zenodo (CERN European Organization for Nuclear Research)
Astro and Planetary Science
preprint

Natural Origin 10 - A Paradigm Manifesto for Solar System Orbits

Yuchuan Xu, Xiangqian Zhang
preprint en

Abstract

This manifesto “Natural Origin 10” presents a new Solar-System orbit paradigm built on a single auditable chain: time-element volume → enclosed-orbit volume → time-potential reading → step–closure. Without invoking Newtonian gravity, a central mass parameter, relativistic metrics, or empirical curve fitting, the framework generates orbital speeds and periods from only three ontic quantities: the Sun’s time-element scale, orbital radius, and the invariant light-speed refresh constant. The orbital period is treated not as an input but as an output reading after closure, re-deriving Keplerian structure as a necessary manifestation of the volume-based ontology. The same volume-hierarchy rules are extended to the hydrogen atom, establishing a macro–micro isomorphism between planetary orbits and electronic shells. The paradigm further offers unified ontic explanations for Solar-System features such as the asteroid belt, Saturn’s rings, and the Cassini Division, yielding a coherent, reproducible, cross-scale orbit-generation framework.

Zenodo (CERN European Organization for Nuclear Research)
Quality Education
Astro and Planetary Science
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