A scheme for solutions of Higgs' boson equation in the De Sitter universe with radial symmetry
DOI:
https://doi.org/10.33064/iycuaa2022873742Keywords:
Higgs boson, De Sitter space, radially symmetric, stability, convergence, finite difference schemeAbstract
In this work, we present a numerical scheme of the Higgs Boson equation in De Sitter space. One of its main characteristics is its variational form, which translates into the modeling of the energy associated with the continuous case. The equation shown in this work is a generalization that contemplates a potential and a time-dependent diffusion coefficient. The proposed scheme is an implicit, consistent, stable and convergent method to the continuous system. The results of this scheme are shown and discussed to show its efficiency and severity, all following the theoretical results.
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Copyright (c) 2022 Luis Fernando Muñoz-Pérez, Jorge Eduardo Macías Díaz, José Antonio Guerrero-Díaz de León, Ángel Eduardo Muñoz Zavala
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