A Remarkable New Identity Satisfied by the Dirac Matrices of a Bilocal Field Theory
arXiv:1004.2816 · doi:10.1063/1.3352935
Abstract
In 1925 Elie Cartan described `triality' \cite{CARTAN25}, \cite{CARTAN} as a symmetry between SO vectors and the two types of Spin spinor. It is known that the reduced generators of the Clifford algebra defined on the real, eight-dimensional Euclidean space satisfy an identity that guarantees the existence of matrix representations (acting on the vector and spinor bundles of ) of triality. Analogously, let denote a real eight-dimensional pseudo-Euclidean vector space that is endowed with an indefinite inner product with signature . As a normed vector space, , where and denote real four-dimensional Minkowski spacetimes, with opposite signatures. %Clearly, bilocal Minkowski field theories may be cast on the spacetime. The reduced generators (i.e., the Dirac matrices) of the pseudo Clifford algebra defined on satisfy an identity \cite{NASH86} \cite{NASH90} that guarantees the existence of invertible linear mappings between each of the two types of spinor and the vector, thereby realizing matrix representations of triality that act on the vector and spinor bundles of the spacetime . In this note we generalize this identity (see Eq.[\ref{newIdentity}]).
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