An action for the super-5-brane in D=11 supergravity
Martin Cederwall, Bengt E.W. Nilsson, Per Sundell

TL;DR
This paper presents a new polynomial action for the supersymmetric 5-brane in 11-dimensional supergravity, ensuring kappa-symmetry and consistency with equations of motion without deriving selfduality from the action.
Contribution
It introduces an alternative polynomial action involving 2-form and 5-form potentials, establishing kappa-invariance and equivalence to previous formulations.
Findings
Action is polynomial and kappa-invariant.
Selfduality is consistent with equations of motion, not derived from the action.
Formulation matches earlier 5-brane dynamics.
Abstract
An alternative path is taken for deriving an action for the supersymmetric 5-brane in 11 dimensions. Selfduality does not follow from the action, but is consistent with the equations of motion for arbitrary supergravity backgrounds. The action involves a 2-form as well as a 5-form world-volume potential; inclusion of the latter makes the action, as well as the non-linear selfduality relation for the 3-form field strength, polynomial. The requirement of invariance under kappa-transformations determines the form of the selfduality relation, as well as the action. The formulation is shown to be equivalent to earlier formulations of 5-brane dynamics.
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