
Proponemos que la divergencia asintótica de la QED surge de la topología fractal del vacío. Aplicando el formalismo del F α -Calculus al momento magnético del electrón, identificamos una dimensión efectiva µ ≈ 0,757. Este marco geométrico unifica la constante de estructura fina (α) y la constante de gravitación (G) interpretando la masa como fricción topológica. El modelo ofrece una predicción falsable: C6 ≈ −20,26. - Incluye preprint - nueva version reducida - ------------------------------------------------ We propose that the asymptotic divergence of QED arises from the fractal topology of the vacuum. By applying the F α -Calculus formalism to the anomalous magnetic moment of the electron, we identify an effective dimension µ ≈ 0.757. This geometric framework unifies the fine-structure constant (α) and the universal gravitational constant (G) by interpreting mass as topological friction. The model offers a falsifiable prediction: C6 ≈ −20.26. - inclues preprint - new reduced version -
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