SUPERSYMMETRIC QUANTUM-MECHANICS IN COMPLEX SPACE-TIME

Supersymmetric algebra has been constructed in terms of spinorial char ges in complex C-3-space consisting of symmetrical spatial and tempora l components and the supersymmetric quantum mechanics has been formula ted by identifying the additional temporal components of this space as supertime anticommuting variables. Superfields, super-potentials and covariant derivatives have been derived in terms of anticommuting oper ators constructed by using additional temporal components of C-3-space and it has been shown that the supersymmetry is weakly broken in thes e extra temporal dimensions.