Galactic Mitosis: A Subquantum Model of Stellar Redistribution through Fermi Bubble Dynamics

Abstract: In this paper, we propose a novel theoretical framework in which galaxies undergo a form of mitotic division driven by subquantum informational oscillations. Departing from the traditional expansionist cosmological paradigm, this model interprets large-scale structures—such as Fermi Bubbles—not as remnants of past galactic activity, but as active zones of phase bifurcation and matter redistribution. We argue that these symmetrical outflows represent the emergence of proto-galactic systems formed through a coherent oscillatory mechanism rooted in the NMSI (New Subquantum Information Mechanics) framework. This interpretation provides an explanatory link between observed bipolar outflows, galactic symmetry, and the spatial distribution of young stellar populations. The concept of Galactic Mitosis introduces a paradigm in which galaxies replicate structurally and informationally through oscillatory coherence rather than through gravitational mergers. Implications for dark matter topology, large-scale structure formation, and cosmological entropy are discussed.