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Relación entre los Campos Gravitatorio y Magnético


Baixauli, Jose Garrigues


Research Papers


Mechanics / Electrodynamics



Date Published:

February 6, 2016




espacio discreto, campo gravitatorio, campo magnético, condiciones de Planck


La hipótesis de que el universo y las partículas elementales están formadas por átomos de 4 dimensiones permite explicar tanto los fenómenos cuánticos como los relativistas. También es posible deducir y calcular las propiedades de las partículas elementales, tales como masa, carga, espín, radio, etc. A partir de dicha hipótesis se pueden calcular las constantes fundamentales en función únicamente de la velocidad de la luz c. Además se puede deducir la ecuación de Schrodinger, o demostrar la igualdad entre masa inercial y masa gravitatoria, etc. En este artículo se va establecer una relación entre la masa y la carga del electrón, y por tanto calcular la carga eléctrica en función de la masa del electrón, constante de Planck y velocidad de la luz. Dicha relación se puede extender a los campos gravitatorios y magnéticos. De esta forma se puede establecer también una relación entre las constantes G y µ0 de ambos campos.

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