One Participant, Three Physical Readings: A Bridge Theory of relativity, nested networks, and physical scale
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Author abstract
Can embodiment, perceptual differentiation, and gravitation be understood as physical expressions of one nested relational organization? Bridge Theory proposes that finer relations constitute wholes that participate as objects within a containing domain. That domain is itself a whole in wider relations; its inward conditions and outward participation must be jointly realized. The observer belongs within this common domain, which includes its own bodily form. Cellular life, integrated organisms, planetary life, and material Earth are context-relative physical expressions, not fundamental material networks. Their connected roles motivate investigating related physical scales. An explicit hypothesis assigns inward and outward references and exchanges logarithmic depths without reweighting. At the retained particle-horizon benchmark, it gives a reference near 119 micrometres; ordered reuse with Earth’s extent gives approximately 27.52 metres. Published biological sizes and condition-defined visual source-detail measurements provide distinct observational contacts. An additional exact constraint involving the common gravitational coupling specifies a required whole-Earth gravitational quantity; its inverse yields 94.303 billion light-years from the declared Earth profile and constants. Close historical correspondence, broad density-route compatibility, and a precise Planck-conditioned discrepancy remain together under the same cosmological correspondence. The theoretical span is distinguished from its particle-horizon reconstruction. Qualitative antecedents predate the mature equations, while the comparisons were developed retrospectively. The contribution is a continuous explanation from recursive constitution and common conditions to physical readings, linked quantitative restrictions, and assessable observations.
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Kent Nimmo (2026). One Participant, Three Physical Readings: A Bridge Theory of relativity, nested networks, and physical scale. https://doi.org/10.6084/m9.figshare.34906992.v1Exports preserve available metadata. Check the original record when fields are incomplete.
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