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

This study extends the rotational condensation structure of terrestrial hurricanes to cosmic scales and proposes a unified interpretation of the formation and evolution of galaxies, planets, and stars through the principles of the “cosmic vortex” and “rotational resonance.” The primordial universe, near absolute temperature, is interpreted as an ultra-low-temperature resonant confinement state. Through the long-term accumulation of intrinsic oscillations represented by the Cosmic Microwave Background (CMB), microscopic equilibrium collapse and “cosmic cracks” emerged. These processes generated enormous electromagnetic currents and rotational resonance flows, which this study interprets as the origin of galaxies. Rotational resonance flows generate matter through rotational pressure and resonant condensation, while subsidiary cosmic vortices evolve through multi-axial rotational structures into gaseous planets, solid planets, and stars. In particular, once a three-axis rotational structure is established, a ferromagnetized inner core and stable rotational electromagnetic structure are formed, and when mass exceeds a critical threshold, stellar formation occurs through nuclear-fusion ignition. Ultimately, this study interprets cosmic structural evolution as a continuous process of: rotation → resonant condensation → matter formation → ferromagnetization → core formation → mass expansion and proposes that terrestrial hurricanes and galaxies fundamentally share the same rotational-condensation principle despite differences in scale. *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.