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Momento Toroidal del Electron


Consa, Oliver


Research Papers


Quantum Theory / Particle Physics



Date Published:

December 29, 2017




Ring Electron Zitterbewegung helical parson hestenes


El Modelo de Electrón Solenoide Toroidal permite describir al electrón como una partícula infinitesimal que se desplaza a la velocidad de la luz siguiendo una trayectoria de solenoide helicoidal. A partir de este modelo semiclásico se pueden derivar las características del electrón como el momento magnético, el g-factor, la frecuencia propia, el valor de Resistencia Hall Cuántica o el valor del Cuanto de Flujo Magnético. En este nuevo trabajo se derivan otras características como la helicidad, la quiralidad, los límites de Schwinger y, especialmente, el Momento Toroidal del electrón. La detección experimental del momento toroidal del electrón podría servir para validar o descartar este modelo. El momento toroidal del electrón es una consecuencia directa del modelo de Electrón Solenoide Toroidal y se calcula de manera cualitativa y cuantitativa. Esta característica del electrón (y de cualquier otra partícula subatómica) no está recogida en el Modelo Estándar de Física de Partículas, pero aparece como una propiedad necesaria para explicar la violación de la simetría de paridad de las partículas subatómicas. La existencia de un Momento Toroidal ha sido verificada experimentalmente en núcleos de átomos pesados y además sirve como base para explicar la existencia de la materia oscura.

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