Fermionic extension of the scalar Born-Infeld equation and its relation to the supersymmetric Chaplygin gas

Details Fermionic extension of the scalar Born-Infeld equation and its relation to the supersymmetric Chaplygin gas Fermionic extension of the scalar Born-Infeld equation and its relation to the supersymmetric Chaplygin gas

2006-05-28

arxiv.org/abs/math-ph/0605073v2

Phys.Lett.A365:187-190,2007

Physics

Mathematical Physics

9 pages. Several references have been added, as well as the journal reference numnber and the DOI

Scientific paper

10.1016/j.physleta.2007.01.017

In this article, we present a fermionic extension of the scalar Born-Infeld equation, which has been derived from the Nambu-Goto superstring action in (2+1) dimensions through the Cartesian parameterization. It is demonstrated that in the relativistic limit where c \to \infty, the fermionic Born-Infeld model reduces to the supersymmetric Chaplygin gas model in one spatial dimension. However, the supersymmetry itself is not preserved.

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