From Continuous Illusion to Discrete Existence — Empirical Validation of the T/F Observation OS through Gaia, JWST, and LIGO Data (Japanese Revised version)
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2025
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| _version_ | 1866901791234326528 |
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| author | Takahashi, Takashi |
| author_facet | Takahashi, Takashi |
| contents | <p> (Japanese Revised version) </p> <p>This paper demonstrates that continuity, long assumed to be the foundation of physical reality, is an observational illusion arising from the smoothing process of the human observation OS.<br>By introducing the T/F Observation OS—a structural framework derived from the T/F Unified Theory of Information and Observation—we reinterpret the universe as a system of discrete observation snaps (Sn) rather than a continuous spacetime manifold.<br>Cross-analysis of high-precision data from Gaia, JWST, and LIGO reveals quantized discontinuities in spatial reference, temporal phase, and spectral coherence, which correspond directly to the predicted Sn₀–Sn₁₂ loop structure.<br>These findings provide the first empirical support for a discrete observational ontology: existence is not a continuum but a succession of self-confirming observation snaps.</p> <p>Key result: The so-called “continuity of the universe” is not a property of nature itself but a projection of the observer’s OS interpolation. When the OS is redefined as discrete, all physical phenomena—from stellar parallax to gravitational waves—map consistently onto the same quantized observational loop.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_17454537 |
| institution | Zenodo |
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| publishDate | 2025 |
| publisher | Zenodo |
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| spellingShingle | From Continuous Illusion to Discrete Existence — Empirical Validation of the T/F Observation OS through Gaia, JWST, and LIGO Data (Japanese Revised version) Takahashi, Takashi Discrete Existence Gaia Mission JWST (James Webb Space Telescope) LIGO (Gravitational Waves) Observational Cosmology Quantum Observation Structure Information Ontology T/F Theory Observation Snap (Sn) <p> (Japanese Revised version) </p> <p>This paper demonstrates that continuity, long assumed to be the foundation of physical reality, is an observational illusion arising from the smoothing process of the human observation OS.<br>By introducing the T/F Observation OS—a structural framework derived from the T/F Unified Theory of Information and Observation—we reinterpret the universe as a system of discrete observation snaps (Sn) rather than a continuous spacetime manifold.<br>Cross-analysis of high-precision data from Gaia, JWST, and LIGO reveals quantized discontinuities in spatial reference, temporal phase, and spectral coherence, which correspond directly to the predicted Sn₀–Sn₁₂ loop structure.<br>These findings provide the first empirical support for a discrete observational ontology: existence is not a continuum but a succession of self-confirming observation snaps.</p> <p>Key result: The so-called “continuity of the universe” is not a property of nature itself but a projection of the observer’s OS interpolation. When the OS is redefined as discrete, all physical phenomena—from stellar parallax to gravitational waves—map consistently onto the same quantized observational loop.</p> |
| title | From Continuous Illusion to Discrete Existence — Empirical Validation of the T/F Observation OS through Gaia, JWST, and LIGO Data (Japanese Revised version) |
| topic | Discrete Existence Gaia Mission JWST (James Webb Space Telescope) LIGO (Gravitational Waves) Observational Cosmology Quantum Observation Structure Information Ontology T/F Theory Observation Snap (Sn) |
| url | https://doi.org/10.5281/zenodo.17454537 |