Abstract
A classification of the full field content of the metric supertensor g AB ( z) is given for spontaneously broken gauge supersymmetry. The analysis holds in the presence of all quantum-loop corrections to the vacuum solutions which are assumed to possess global supersymmetry. All the fields in g AB ( z) can be decomposed into four categories which are the preserved gauge fields, broken gauge fields, fictitious Goldstone fields and Higgs fields. The analysis is general and holds to all orders in θ α and for arbitrary N, where 4 N is the number of Majorana spinor coordinates.
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