Dirichlet Joyce Manifolds, Discrete Torsion and Duality
arXiv:hep-th/9611036 · doi:10.1016/S0550-3213(97)00163-6
Abstract
Using U-duality transformations we map perturbative Type IIA string theory compactified on a class of Joyce 7-manifolds to a D-strings on D-manifold description in Type IIB theory. For perturbative Type IIB theory on the same class of Joyce manifolds we use duality transformations to map to an M-theory, M-manifold description, which is an orientifold with fivebrane twisted sectors. D and M-manifold descriptions of discrete torsion are found. For the same class of compactifications we show that Type IIA/IIB theory on a Joyce orbifold without (with) discrete torsion is T-dual to Type IIB/IIA theory on the same orbifold with (without) discrete torsion. For this class of Type II compactifications this proves an extension of the Papadopoulos-Townsend conjecture, which states that the Type IIA and IIB theories compactified on the same Joyce 7-manifold are equivalent. Finally we note that the Papadopoulos-Townsend conjecture is a special case of the Generalised Mirror Conjecture.
22 Pages, Latex
References in corpus (4)
Cited by in corpus (16)
- Higher Dimensional Analogues of Donaldson-Witten Theory
- On Mirror Symmetry for Manifolds of Exceptional Holonomy
- Mirror Symmetry for -Manifolds: Twisted Connected Sums and Dual Tops
- Generalised discrete torsion and mirror symmetry for G_2 manifolds
- Towards Generalized Mirror Symmetry for Twisted Connected Sum Manifolds
- Cerenkov Photon Density Fluctuations in Extensive Air Showers
- Superconformal algebras for twisted connected sums and mirror symmetry
- Heterotic strings on G_2 orbifolds
- Marginal deformations of heterotic sigma models
- Type IIA Orientifold Limit of M-Theory on Compact Joyce 8-Manifold of Spin(7)-Holonomy
- A Mirror Pair of Calabi-Yau Fourfolds in Type II String Theory
- On Mirror Maps for Manifolds of Exceptional Holonomy
- Superconformal algebras for generalized Spin(7) and G connected sums
- Odd dimensional analogue of the Euler characteristic
- Topological G and Spin(7) strings at 1-loop from double complexes
- A "Periodic Table" for Supersymmetric M-Theory Compactifications