A Framework for Deriving Relativistic Structure from a Boundaryless Domain: With the Endless Symmetry Principle as a Structural Constraint on Physical Law
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| Format: | Recurso digital |
| Langue: | anglais |
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2025
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| _version_ | 1866901985146437632 |
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| author | Andreas, Schultheis |
| author_facet | Andreas, Schultheis |
| contents | <p>This paper derives the structural features of relativistic spacetime from a single premise: that existence forms a boundaryless domain lacking any external reference. In such a domain, no point can serve as an absolute reference point, because every point inherits identical center-like relational status. This Endless Symmetry Principle provides the underlying basis for the absence of preferred frames, the inevitability of relational spacetime, and the observed homogeneity and isotropy of the universe.</p> <p>Modern physics inherited the concepts of something, nothing, and infinity without completing their ontological grounding, generating paradoxes such as singularities, divergences, and the ambiguous status of spacetime. This paper reconstructs these primitives by asserting: (1) something corresponds to presence, represented by 1; (2) nothing corresponds to conceptual absence, represented by 0, without physical instantiation; and (3) infinity is not a magnitude but an unbounded refinement process. These assignments clarify why divergences arise when discrete idealizations (0 or exact 1) are extended into physical regimes.</p> <p>The framework fully supports Special and General Relativity by structural necessity: relativity is what a centerless, boundaryless, continuous universe must look like. The aim is not to replace empirical physics but to supply the ontological foundation on which its falsifiable predictions ultimately depend.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_17898463 |
| institution | Zenodo |
| language | eng |
| publishDate | 2025 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | A Framework for Deriving Relativistic Structure from a Boundaryless Domain: With the Endless Symmetry Principle as a Structural Constraint on Physical Law Andreas, Schultheis boundaryless domain relativistic structure preferred frames ontology of physics endless symmetry principle spacetime foundations relational physics philosophy of physics symmetry principles first principles <p>This paper derives the structural features of relativistic spacetime from a single premise: that existence forms a boundaryless domain lacking any external reference. In such a domain, no point can serve as an absolute reference point, because every point inherits identical center-like relational status. This Endless Symmetry Principle provides the underlying basis for the absence of preferred frames, the inevitability of relational spacetime, and the observed homogeneity and isotropy of the universe.</p> <p>Modern physics inherited the concepts of something, nothing, and infinity without completing their ontological grounding, generating paradoxes such as singularities, divergences, and the ambiguous status of spacetime. This paper reconstructs these primitives by asserting: (1) something corresponds to presence, represented by 1; (2) nothing corresponds to conceptual absence, represented by 0, without physical instantiation; and (3) infinity is not a magnitude but an unbounded refinement process. These assignments clarify why divergences arise when discrete idealizations (0 or exact 1) are extended into physical regimes.</p> <p>The framework fully supports Special and General Relativity by structural necessity: relativity is what a centerless, boundaryless, continuous universe must look like. The aim is not to replace empirical physics but to supply the ontological foundation on which its falsifiable predictions ultimately depend.</p> |
| title | A Framework for Deriving Relativistic Structure from a Boundaryless Domain: With the Endless Symmetry Principle as a Structural Constraint on Physical Law |
| topic | boundaryless domain relativistic structure preferred frames ontology of physics endless symmetry principle spacetime foundations relational physics philosophy of physics symmetry principles first principles |
| url | https://doi.org/10.5281/zenodo.17898463 |