TL;DR
This paper derives the equations of motion for the super five-brane in eleven dimensions using superembedding formalism, revealing nonlinear self-interactions of a tensor multiplet with manifest supersymmetry in a supergravity background.
Contribution
It presents a new derivation of super five-brane equations of motion in D=11, highlighting nonlinear interactions and local supersymmetry using superembedding techniques.
Findings
Equations describe nonlinear self-interactions of tensor multiplet.
Manifest worldsurface local supersymmetry is achieved.
Geometry corresponds to D=11 supergravity.
Abstract
The equations of motion of the super five-brane in D=11 dimensions are derived using the formalism of superembeddings. The equations describe highly nonlinear self-interactions of a tensor multiplet in the six dimensional worlsurface, and they have manifest worldsurface local supersymmetry. The geometry of the target space corresponds to D=11 supergravity.
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