Closed-Surface Moment Quantization: Revisiting Atomic Structure through Geometric Mass-Radius Scaling

This study introduces the concept of the "closed-surface moment" =m ⋅r , a geometric quantity that remains approximately constant (∼ kg⋅ m) for electrons and atomic nuclei. By extending this quantity with angular velocity ω, we obtain a fundamental rotational momentum m⋅r⋅ω, which corresponds to the steady emission of electric field lines, offering a reinterpretation of electromagnetic phenomena from a geometric surface perspective. The theory aligns with known quantum models while proposing a deeper mass-radius symmetry across scales. Author: Tetsuo Konno(今野哲夫) https://orcid.org/0009-0002-1842-7865