Unification of Spins and Charges in Grassmann Space?

Abstract

In a space of d $(d > 5)$ ordinary and d Grassmann coordinates, fields manifest in an ordinary four-dimensional subspace as spinor (1/2, 3/2), scalar, vector or tensor fields with the corresponding charges, according to two kinds of generators of the Lorentz transformations in the Grassmann space. Vielbeins and spin connections define gauge fields-gravitational and Yang-Mills.Comment: 8 pages, preprint IJS.TP.94/1