Geometries with Killing Spinors and Supersymmetric AdS Solutions
arXiv:0710.2590 · doi:10.1007/s00220-008-0575-5
Abstract
The seven and nine dimensional geometries associated with certain classes of supersymmetric and solutions of type IIB and D=11 supergravity, respectively, have many similarities with Sasaki-Einstein geometry. We further elucidate their properties and also generalise them to higher odd dimensions by introducing a new class of complex geometries in dimensions, specified by a Riemannian metric, a scalar field and a closed three-form, which admit a particular kind of Killing spinor. In particular, for , we show that when the geometry in dimensions is a cone we obtain a class of geometries in dimensions, specified by a Riemannian metric, a scalar field and a closed two-form, which includes the seven and nine-dimensional geometries mentioned above when , respectively. We also consider various ansatz for the geometries and construct infinite classes of explicit examples for all .
28 pages
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