
English This paper presents a novel derivation of the fine-structure constant alpha (approximately 1/137) based on the RMB (Raum–Materie–Bewegung) theory. The RMB framework interprets physical motion as a deformation of space, from which inertia, coupling, and energy emerge. By applying the RMB coupling law (phi = eta × nu_m) to the hydrogen atom, a numerical expression for alpha is derived that matches the known physical value. The result suggests that the fine-structure constant is not a mysterious coincidence, but rather the smallest possible stable coupling between space and matter. This work builds a conceptual and mathematical bridge between electromagnetism, thermodynamics, and quantum physics. Deutsch Dieses Paper präsentiert eine neuartige Herleitung der Feinstrukturkonstante alpha (ungefähr 1/137) auf Basis der RMB-Theorie (Raum–Materie–Bewegung). Die RMB-Theorie beschreibt physikalische Bewegung als Raumdeformation, aus der Trägheit, Kopplung und Energie hervorgehen. Durch Anwendung des RMB-Kopplungsgesetzes (phi = eta × nu_m) auf das Wasserstoffatom ergibt sich eine numerische Herleitung von alpha, die exakt dem bekannten Wert entspricht. Die Feinstrukturkonstante erscheint somit nicht als zufällige Zahl, sondern als kleinstmögliche stabile Kopplung zwischen Raum und Materie. Die Arbeit schlägt eine Brücke zwischen Elektrodynamik, Thermodynamik und Quantenphysik.
RMB theory, Quantum electrodynamics, Thermodynamic coupling, Hydrogen atom, Fine-structure constant, Space deformation, Physical derivation, Alpha constant, Coupling mechanisms, Fundamental constants
RMB theory, Quantum electrodynamics, Thermodynamic coupling, Hydrogen atom, Fine-structure constant, Space deformation, Physical derivation, Alpha constant, Coupling mechanisms, Fundamental constants
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