Aproximaciones De Born-Oppenheimer Y Hartree-Fock Aplicadas A Campos Cuánticos Relativistas. Volumen I
Resumen
En trabajos anteriores, este autor ha procurado formalizar matemáticamente y proponer las leyes relativas a la Teoría Cuántica de Campos Relativistas o Curvos, cuya finalidad, es reconciliar la relatividad general y la mecánica cuántica. Para abonar aún más a la consecución del objetivo antes referido, es indispensable acudir a la química cuántica, y muy concretamente a las métricas de Born-Oppenheimer y Hartree-Fock, en la medida en que, la primera desarrolla un escenario relativista a escala atómica y molecular en tanto que la segunda explica perfectamente las trayectorias orbitales moleculares, las cuales, en términos generales, son conceptos de muchísima utilidad para la TCCR toda vez que coadyuvan, por extrapolación, a configurar desde la química cuántica, el modelo de deformación del espacio – tiempo cuántico, por acción gravitacional de las partículas subatómicas estrella u oscuras, o por interacción de éstas, con los campos supergravitónico o gravitónico, según sea el caso, esto es, por interacción con el gravitón o el gravitino o supergravitón, según corresponda.
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Derechos de autor 2025 Manuel Ignacio Albuja Bustamante

Esta obra está bajo licencia internacional Creative Commons Reconocimiento 4.0.











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