Factorization and Discrete States in C=1 Superliouville Theory

Abstract

We study the discrete state structure of $\hat{c}=1$ superconformal matter coupled to 2-D supergravity. Factorization properties of scattering amplitudes are used to identify these states and to construct the corresponding vertex operators. For both Neveu-Schwarz and Ramond sectors these states are shown to be organized in SU(2) multiplets. The algebra generated by the discrete states is computed in the limit of null cosmological constant.

23 pages, revtex, CNEA-CAB-92-036 and UPRF-92-352

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