= Spin-zero massive N=1 supermultiplet
{title2=$(0,\tfrac12,\tfrac12,0)$}
At rest the two complex <supercharges> have <anticommutators> $2m\delta_{ab}$. A normalized scalar <Clifford vacuum> generates four states at occupation levels $0,1,2$: two spin-zero bosonic states and one spin-half pair. Products of three creation charges vanish. The one-creation normalization is $(2m)^{-1/2}$ and the two-creation normalization is $(2m)^{-1}$. The resulting on-shell content is a <complex scalar> and a massive <fermion> with equal masses.
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