Superembedding approach to M0-brane and multiple M0-brane system

Abstract

We study the possibility to describe multiple M0-brane system in the frame of superembedding approach. The simplest framework is provided by the maximally supersymmetric non-Abelian SU(N) Yang-Mills supermultiplet on the d=1 N=16 superspace the embedding of which to the target D=11 supergravity superspace is determined by the so-called superembedding equation, characteristic of the worldline superspace of a single M0-brane. We use it to obtain a covariant generalization of the Matrix model equations describing the multiple M0-system in flat target superspace.

14 pages, LaTeX, no figures. V2. Misprints corrected, to appear in Phys. Lett. B.

References in corpus (4)

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• Spinor moving frame, M0-brane covariant BRST quantization and intrinsic complexity of the pure spinor approach
• On superembedding approach to multiple D-brane system. D0 story
• Multiple M-wave interaction with fluxes

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• Action for the eleven dimensional multiple M-wave system
• Multiple M-wave interaction with fluxes
• Covariant action and equations of motion for the eleven dimensional multiple M0-brane system
• Properties of multiple D0-brane system: 11D origin, equations of motion and their solutions
• On superembedding approach and its possible application in search for SO(32) heterotic five-brane equations
• Multiple M0-brane equations in eleven dimensional pp-wave superspace and BMN matrix model
• Towards the M(atrix) model action in an arbitrary 11D supergravity background. Progress report
• M(atrix) model interaction with 11D supergravity