Supersymmetric Version of the Euler System and Its Invariant Solutions

In this paper, we formulate a supersymmetric extension of the Euler system of equations. We compute a superalgebra of Lie symmetries of the supersymmetric system. Next, we classify the one-dimensional subalgebras of this superalgebra into 49 equivalence conjugation classes. For some of the subalgebr...

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Main Authors: A. Michel Grundland, Alexander J. Hariton
Format: Article
Language:English
Published: MDPI AG 2013-07-01
Series:Symmetry
Subjects:
Online Access:http://www.mdpi.com/2073-8994/5/3/253
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author A. Michel Grundland
Alexander J. Hariton
author_facet A. Michel Grundland
Alexander J. Hariton
author_sort A. Michel Grundland
collection DOAJ
description In this paper, we formulate a supersymmetric extension of the Euler system of equations. We compute a superalgebra of Lie symmetries of the supersymmetric system. Next, we classify the one-dimensional subalgebras of this superalgebra into 49 equivalence conjugation classes. For some of the subalgebras, the invariants have a non-standard structure. For nine selected subalgebras, we use the symmetry reduction method to find invariants, orbits and reduced systems. Through the solutions of these reduced systems, we obtain solutions of the supersymmetric Euler system. The obtained solutions include bumps, kinks, multiple wave solutions and solutions expressed in terms of arbitrary functions.
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spelling doaj.art-4408ba0ddac74f8eb9fe955a7c5f9d832022-12-22T04:04:11ZengMDPI AGSymmetry2073-89942013-07-015325327010.3390/sym5030253Supersymmetric Version of the Euler System and Its Invariant SolutionsA. Michel GrundlandAlexander J. HaritonIn this paper, we formulate a supersymmetric extension of the Euler system of equations. We compute a superalgebra of Lie symmetries of the supersymmetric system. Next, we classify the one-dimensional subalgebras of this superalgebra into 49 equivalence conjugation classes. For some of the subalgebras, the invariants have a non-standard structure. For nine selected subalgebras, we use the symmetry reduction method to find invariants, orbits and reduced systems. Through the solutions of these reduced systems, we obtain solutions of the supersymmetric Euler system. The obtained solutions include bumps, kinks, multiple wave solutions and solutions expressed in terms of arbitrary functions.http://www.mdpi.com/2073-8994/5/3/253supersymmetric modelslie superalgebrassymmetry reduction
spellingShingle A. Michel Grundland
Alexander J. Hariton
Supersymmetric Version of the Euler System and Its Invariant Solutions
Symmetry
supersymmetric models
lie superalgebras
symmetry reduction
title Supersymmetric Version of the Euler System and Its Invariant Solutions
title_full Supersymmetric Version of the Euler System and Its Invariant Solutions
title_fullStr Supersymmetric Version of the Euler System and Its Invariant Solutions
title_full_unstemmed Supersymmetric Version of the Euler System and Its Invariant Solutions
title_short Supersymmetric Version of the Euler System and Its Invariant Solutions
title_sort supersymmetric version of the euler system and its invariant solutions
topic supersymmetric models
lie superalgebras
symmetry reduction
url http://www.mdpi.com/2073-8994/5/3/253
work_keys_str_mv AT amichelgrundland supersymmetricversionoftheeulersystemanditsinvariantsolutions
AT alexanderjhariton supersymmetricversionoftheeulersystemanditsinvariantsolutions