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Emergent Cosmological Natural Selection: Topological Gravity, Singularity Formation, and the Unification of Forces in QGEFT

Authors: Cohen, Yaniv;

Emergent Cosmological Natural Selection: Topological Gravity, Singularity Formation, and the Unification of Forces in QGEFT

Abstract

The current Paper 50 synthesis does not claim that a full continuum theory of baby-universe cosmology, exact Standard Model couplings, or literal astrophysical singularity interiors has already been derived. It does show that, within the present QGEFT engine, a gravity-facing bulk property is inherited across `450` parent-child birth events through topology alone, with Pearson correlation `r ≈ 0.493759` and `p ≈ 4.95 x 10^-29`, while the same topological stress law also supports a unified interpretation of macroscopic attraction and microscopic attraction-repulsion behavior.

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