The Optimal Earth: A Paradigmatic Re-Rendition of Natural History from Coupled Improbability
Year: 2026
Type: preprint
Abstract: A single typicality constraint, applied to a natural-historical record under one hypothesis about the geometry of the space of alternatives together with a structural premise about that space, re-renders the standard narrative of Earth’s history. Where the received picture reads that history as a sequence of independently improbable steps to be tallied, the present account reads it as a coupled set of improbabilities forced to arrive together, occupying a sharply isolated optimum of a probability landscape over partial information states. This paper develops the re-rendition from the coupling of Miracles established in prior work, through the High-Contrast Earth Hypothesis and the theory of Imperfection Magnitude Drops, to the Optimal-Earth Conjecture — the statement that our own natural history is, on effectively any interrogable attribute, probabilistically optimal for observers among its alternatives. The natural-historical program built on the conjecture is fenced to the companion; what is claimed here is the paradigm, its derivation, and the reading of Earth’s narrative it forces.
Author: Benander, Ajax
Language: English
Subfield: Atmospheric Science
Field: Earth and Planetary Sciences
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7171248233
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