Abstract

Supersymmetry ideas for nuclei are outlined in the context of traditional models. Following this, a detailed discussion of the structure of two types of nuclear supersymmetry schemes, based on the U(6/4) and U(6/12) supergroups, is given along with an explanation of the appropriate empirical probes for testing each scheme. The experimental evidence for supersymmetry in nuclei is presented with emphasis on areas of both agreement and disagreement and with a discussion of alternate schemes that can reduce the latter.

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