SUSY structures, representations and Peter-Weyl theorem for S1∣1S^{1|1}

preprint2014arXivOpen access

Abstract

The real compact supergroup S1∣1S^{1|1} is analized from different perspectives and its representation theory is studied. We prove it is the only (up to isomorphism) supergroup, which is a real form of (C1∣1)×({\mathbf C}^{1|1})^\times with reduced Lie group S1S^1, and a link with SUSY structures on C1∣1{\mathbf C}^{1|1} is established. We describe a large family of complex semisimple representations of S1∣1S^{1|1} and we show that any S1∣1S^{1|1}-representation whose weights are all nonzero is a direct sum of members of our family. We also compute the matrix elements of the members of this family and we give a proof of the Peter-Weyl theorem for S1∣1S^{1|1}.

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