[Research 2] "Matter Generation by Cosmic Typhoons and Rotational Resonance: A Unified Model from Atmospheric Cyclones to Galaxies, Planets, and Stars"

This study proposes that the multi-scale rotational structure observed in terrestrial tropical cyclones, which condenses water vapor into raindrops through rotational pressure, represents the same fundamental mechanism governing the formation and evolution of galaxies, stars, and planets. A minute rotational disequilibrium in the initially homogeneous, ultra-cold universe—interpreted as a “crack” in a fully resonant, contraction-dominated vacuum—triggered a cosmic-scale vortex that led to galaxy formation via rotational resonance–driven matter condensation. Within galactic rotational systems, stabilization into a three-axis rotational framework closes the vortex core, enabling mass accumulation and the subsequent emergence of gaseous and terrestrial planets. When the growing planetary-scale mass exceeds a critical threshold, electromagnetic discharges generate ignition temperatures sufficient to initiate nuclear fusion, marking the birth of a star. These sequential processes can be summarized as: rotation → condensation → matter formation → core establishment → stellar mass expansion. Thus, despite vast differences in scale, atmospheric cyclones and galactic structures share a fundamentally identical physical pattern of rotational self-organization. This work introduces rotational-magnetic pressure as a primary physical driver of matter composition and astrophysical evolution, offering a unified dynamical model that bridges meteorological phenomena and cosmogenesis.