The Big Bang's Origin and Dynamics as Mitotic Cell Division in a Human Cell

The Cosmology of the Living Cell postulates that the entire observable universe is the inner space of a single, living human cell that is in permanent mitotic division.In this first independent paper, it is demonstrated that the Big Bang and the subsequent cosmic inflation correspond exactly to the processes of mitotic cell division (mitosis) in a human cell.The slow-roll inflation of standard cosmology is reinterpreted as the explosive activation of the G2/M phase and the subsequent spindle assembly. The “blue monsters” observed by JWST in 2025/26—extremely massive galaxies already at redshifts z > 13—are not a puzzle but the expected effect of accelerated organelle assembly during the early mitotic phases.Mathematical correspondences between the inflation parameters (ε, η, N_e) and the biochemical growth rates of mitosis (Cyclin-B concentration, microtubule polymerization rate, checkpoint kinetics) are derived. The hypothesis thus provides a causal, biologically determined explanation for the origin of the Big Bang and predicts precise entropy profiles and galaxy growth curves that are already confirmed by the latest JWST data.