Método de iteración asintótica: átomo de hidrógeno, grafeno, modos cuasi normales
DOI:
https://doi.org/10.31349/RevMexFis.22.020202Keywords:
AIM, Hydrogen Atom, Graphene, Quasi--normal modesAbstract
En este trabajo se muestra como el Método de Iteración Asintótica (AIM por sus siglas en inglés) puede ser empleado para obtener eigenvalores y eigenfuciones en diferentes campos de la física. Partiendo de la ecuación de Schrödinger en cada caso, se pueden calcular la energía y las funciones de onda del Átomo de Hidrógeno o los modos cuasi--normales en el caso de agujeros negros. El objetivo central, es mostrar cómo aplicar el Método de Iteración Asintótica en algunas áreas de la Física.
In this work, we show how the Asymptotic Iteration Method (AIM) can be used to obtain eigenvalues and eigenfunctions in different fields of physics. Starting from the Schr\"odinger equation in each case, the energies and wave functions of the Hydrogen Atom or the quasi-normal modes in the case of black holes can be calculated. The central objective is to show how to apply the Asymptotic Iteration Method in some areas of Physics.
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