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Maxwell Superalgebra and Superparticle in Constant Gauge Backgrounds

Sotirios Bonanos, Joaquim Gomis, Kiyoshi Kamimura, Jerzy Lukierski

TL;DR

A new kappa-invariant massless superparticle model providing a dynamical realization of the Maxwell superalgebra is proposed, using the techniques of nonlinear coset realization to the Maxwellsupergroup.

Abstract

We present SuperMaxwell algebra: an N=1, D=4 algebra with two Majorana supercharges, obtained as the minimal enlargement of superPoincare containing the Maxwell algebra as a subalgebra. The new superalgebra describes the supersymmetries of generalized N=1, D=4 superspace in the presence of a constant Abelian SUSY field strength background. Applying the techniques of non-linear coset realization to the Maxwell supergroup we propose a new kappa-invariant massless superparticle model providing a dynamical realization of the SuperMaxwell algebra.

Maxwell Superalgebra and Superparticle in Constant Gauge Backgrounds

TL;DR

A new kappa-invariant massless superparticle model providing a dynamical realization of the Maxwell superalgebra is proposed, using the techniques of nonlinear coset realization to the Maxwellsupergroup.

Abstract

We present SuperMaxwell algebra: an N=1, D=4 algebra with two Majorana supercharges, obtained as the minimal enlargement of superPoincare containing the Maxwell algebra as a subalgebra. The new superalgebra describes the supersymmetries of generalized N=1, D=4 superspace in the presence of a constant Abelian SUSY field strength background. Applying the techniques of non-linear coset realization to the Maxwell supergroup we propose a new kappa-invariant massless superparticle model providing a dynamical realization of the SuperMaxwell algebra.