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A Structural Proof of Extraterrestrial Life: Generativity, Emergence, and the Impossibility of Cosmic Singularity

Bailey, Denis
PhilArchive · Papers
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philosophy
This paper develops a structural proof that extraterrestrial life is not improbable but inevitable in a generative universe. It replaces probabilistic reasoning—exemplified by the Drake Equation—with a manifold‑level account of emergence grounded in generativity, degrees of freedom, stability windows, and relational constraints. I introduce the Bailey Formula as a scale‑free operator describing how complexity propagates through chemical, biological, and agency‑bearing systems. Evolution is reframed as a continuous process beginning with atomic bonding and extending through memory‑bearing organisms and distributed intelligences. The argument shows that because none of the generative terms of the manifold are zero, cosmic singularity (N = 1) is structurally impossible. Europa is presented as a clean falsifiable test case. The result is a unified framework for understanding life as a necessary expression of a generative cosmos rather than a statistical anomaly.
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