Majorana transformation of the Thomas-Fermi equation demystified

Fuente: arXiv
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Main Authors: Alizzi, Abdaljalel, Silagadze, Zurab K.
Format: Preprint
Published: 2023
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author Alizzi, Abdaljalel
Silagadze, Zurab K.
author_facet Alizzi, Abdaljalel
Silagadze, Zurab K.
contents The Majorana transformation makes it possible to reduce the Thomas-Fermi equation to a first-order differential equation. This reduction is possible due to the special scaling property of the Thomas-Fermi equation under homology transformations. Such reductions are well known in the context of stellar astrophysics, where the use of homology-invariant variables has long proved useful. We use homology-invariant variables in the context of the Thomas-Fermi equation to demystify the origin of the otherwise mysterious Majorana transformation.
format Preprint
id arxiv_https___arxiv_org_abs_2304_14995
institution arXiv
publishDate 2023
record_format arxiv
spellingShingle Majorana transformation of the Thomas-Fermi equation demystified
Alizzi, Abdaljalel
Silagadze, Zurab K.
Analysis of PDEs
High Energy Physics - Phenomenology
History and Philosophy of Physics
The Majorana transformation makes it possible to reduce the Thomas-Fermi equation to a first-order differential equation. This reduction is possible due to the special scaling property of the Thomas-Fermi equation under homology transformations. Such reductions are well known in the context of stellar astrophysics, where the use of homology-invariant variables has long proved useful. We use homology-invariant variables in the context of the Thomas-Fermi equation to demystify the origin of the otherwise mysterious Majorana transformation.
title Majorana transformation of the Thomas-Fermi equation demystified
topic Analysis of PDEs
High Energy Physics - Phenomenology
History and Philosophy of Physics
url https://arxiv.org/abs/2304.14995