Dirichlet Branes on a Calabi-Yau Three-fold Orbifold
Stefanski, B
Abstract
Stefanski, B
Abstract
The D-brane spectrum of a $\\Zop_2\\times\\Zop_2$ Calabi-Yau three-fold orbifold of toroidally compactified Type IIA and Type IIB string theory is analysed systematically. The corresponding K-theory groups are determined and complete agreement is found. New kinds of stable non-BPS D-branes are found, whose stability regions are far more complicated than the previously discussed non-BPS D-branes. The decay channels of non-BPS D-branes beyond their stability regions are identified. Finally the T-dual orbifold is analysed and a suitable K-theory is found.
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The D-brane spectrum of a $\\Zop_2\\times\\Zop_2$ Calabi-Yau three-fold orbifold of toroidally compactified Type IIA and Type IIB string theory is analysed systematically. The corresponding K-theory groups are determined and complete agreement is found. New kinds of stable non-BPS D-branes are found, whose stability regions are far more complicated than the previously discussed non-BPS D-branes. The decay channels of non-BPS D-branes beyond their stability regions are identified. Finally the T-dual orbifold is analysed and a suitable K-theory is found.
Key concepts: Orbifold, Calabi–Yau manifold, Brane cosmology, Physics, String theory, Brane, Fold (higher-order function), Mathematical physics