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How does supersymmetric de-sitter algebra in d=3 look like?

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The de-Sitter algebra ( SO(d,1) in d dimension) cannot be supersymmetrised as an $\mathcal{N}= 1$ superalgebra due to the fact that it does not satisfy Jacobi's Identity. But in general extended superalgebra are possible (with even $\mathcal{N}$).

My question is how does those algebras look like in D = 3? I am assuming that above statements hold true for D=3.

asked Apr 6, 2020 in Theoretical Physics by Ari (15 points) [ no revision ]
recategorized Apr 7, 2020 by Dilaton

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