Abstract
We discuss string propagation in the near-horizon geometry generated by Neveu-Schwarz fivebranes, Kaluza-Klein monopoles and fundamental strings. When the fivebranes and KK monopoles are wrapped around a compact four-manifold M , the geometry is AdS 3 × S 3/ Z N × M and the space-time dynamics is expected to correspond to a local two-dimensional conformal field theory. We determine the moduli space of space-time CFT's, study the spectrum of the theory and compare the chiral primary operators obtained in string theory to supergravity expectations.
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