[Research 14] Magnetite as a Product of Electron Flow Organization (Core)

This study reinterprets magnetite (Fe₃O₄) not as a simple chemical oxide or a terminal product of materialization, but as a structural outcome formed through rotational resonance of organized electromagnetic electron flow. Absolute temperature 0 K (−273 °C) is defined as the reference state of a universal temperature-induced contraction pressure, acting throughout the cosmos. Under resonance conditions, this contraction pressure is assumed to transition into rotational motion, giving rise to organized electromagnetic flow. Based on this premise, the present work examines, in an integrated manner, the mechanism of electron activation driven by rotational resonance, spanning from electronic structures in the microscopic domain to rotational systems such as planets, stars, and galaxies in the macroscopic domain. This study further proposes that, within the inner-core environments of celestial bodies, material organization governed by electromagnetic flow predominates over thermal or explosive processes. In this context, the magnetite core structure formed through the coupling of iron and oxygen is shown to function as a terminal organizational structure that simultaneously concludes further materialization while sustaining continuous electromagnetic circulation. *Note: This paper is part of a series of studies. For a more comprehensive understanding, readers are encouraged to refer to the materials listed below.