Research 1 A Study on Electrons, Resonance, and the Birth of Matter in Electromagnetic Rotational Cosmology

This study originates from the recognition that conventional scientific frameworks have long treated electrons, matter, and the cosmic environment as separate domains, despite the fact that natural phenomena—such as electrical and electromagnetic interactions, material formation, atmospheric dynamics, pressure–temperature responses, and energetic motions—operate as components of a single continuous causal system. By interpreting the electron as a condensed rotational resonance inherently present throughout the universe, this research proposes that resonance undergoing spherical rotation acquires electron-like characteristics, entrains surrounding micro-resonances to form an electron rotational membrane, and accumulates rotational magnetic pressure that progressively stabilizes into quark layers, nuclear shells, and electron shells. In doing so, this study presents the entire sequence of resonance → electronization → materialization as a unified rotation-based mechanism. The motivation of this work is to establish an integrated theoretical framework capable of explaining both cosmic-scale and microscopic phenomena that remain insufficiently addressed within existing disciplines.