This paper presents a deterministic physical and mathematical verification of S. Kozlov’s foundational concept, "Galaxies give birth to galaxies." Utilizing high-precision data from the Gaia DR3 and NASA/IPAC NED catalogs, a direct mathematical relationship is derived between the secular mass accumulation of a galactic stellar population and the increment of its spatial velocity during transit through zones of varying ambient gas substrate density. Fundamental dynamic corrections for variable mass systems (the Meshchersky-Kozlov framework) are integrated into the retrograde ballistic analysis equations. Comparative trajectory modeling was executed for 30 galaxies across the Local Group, Virgo, and Fornax clusters, contrasting conventional stationary mass frameworks with the proposed new rheological methodology. Finally, a comprehensive gravitational audit spanning micro- and macro-scales was conducted, mathematically demonstrating the complete invalidity of traditional "gravitational capture" paradigms.
Stanislav Kozlov (Fri,) studied this question.