Earth G: Nested Contexts and a Fixed Cross-Scale Relation for Terrestrial Gravity
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Author abstract
Earth G proposes that physical scales and gravitational conditions express a common nested relational organization. Its starting point is fundamental relativity: participants and their settings are constituted through relations. An internally differentiated whole participates as one object-like individual within a containing network. For an observer belonging to that network, its participants and relations supply the objective environment, including the observer’s own embodied form. The containing whole also participates farther outward, connecting inward common conditions with wider relations. Cellular, integrated multicellular, and planetary life are biological representations of these roles. In the terrestrial specialization, the network supplying our objective domain is represented through Earth’s surface and its living network. This motivates relating terrestrial extent and gravitational conditions to inward and wider physical scales. An unweighted logarithmic balance gives an organizing reference; a directed scale comparison retains Earth’s placement. Earth G identifies that contrast with the sharp normalized potential-gradient bound of the complete spherical Earth. The coefficient-one identity is the physical hypothesis assessed here. A finite conditional construction gives joint scale–gravity outputs, with explicit calibration and selection premises. Its forward form specifies the gravitational requirement; its nominal Preliminary Reference Earth Model inverse gives approximately 94.303 billion light-years. Retained horizon reconstructions give close historical correspondence, broad density-route compatibility, and a precise Planck-conditioned mismatch under an explicit correspondence. The specification developed retrospectively. The contribution is an explanation of why these quantities belong together, a fixed quantitative relationship, and its conditional empirical assessment.
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Kent Nimmo (2026). Earth G: Nested Contexts and a Fixed Cross-Scale Relation for Terrestrial Gravity. https://doi.org/10.6084/m9.figshare.34906788.v1Exports preserve available metadata. Check the original record when fields are incomplete.
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