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Superalgebras of (split-)division algebras and the split octonionic M-theory in (6,5)-signature

Research paper by Zhanna Kuznetsova, Francesco Toppan

Indexed on: 10 Oct '06Published on: 10 Oct '06Published in: High Energy Physics - Theory



Abstract

The connection of (split-)division algebras with Clifford algebras and supersymmetry is investigated. At first we introduce the class of superalgebras constructed from any given (split-)division algebra. We further specify which real Clifford algebras and real fundamental spinors can be reexpressed in terms of split-quaternions. Finally, we construct generalized supersymmetries admitting bosonic tensorial central charges in terms of (split-)division algebras. In particular we prove that split-octonions allow to introduce a split-octonionic M-algebra which extends to the (6,5) signature the properties of the 11-dimensional octonionic M-algebras (which only exist in the (10,1) Minkowskian and (2,9) signatures).