Gauge Theories with Tensors from Branes and Orientifolds
arXiv:hep-th/9801207 · doi:10.1103/PhysRevD.57.7546
Abstract
We present brane constructions in Type IIA string theory for N=1 supersymmetric SO and Sp gauge theories with tensor representations using an orientifold 6-plane. One limit of these set-ups corresponds to N=2 theories previously constructed by Landsteiner and Lopez, while a different limit yields N=1 SO or Sp theories with a massless tensor and no superpotential. For the Sp-type orientifold projection comparison with the field theory moduli space leads us to postulate two new rules governing the stability of configurations of D-branes intersecting the orientifold. Lifting one of our configurations to M-theory by finding the corresponding curves, we re-derive the N=1 dualities for SO and Sp groups using semi-infinite D4 branes.
Discussion on duality in U(N) with a symmetric or antisymmetric flavor added to Section 4. Typos fixed
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- String theory and the 4D/3D reduction of Seiberg duality. A Review
- Branes and Electric-Magnetic Duality in Supersymmetric QCD
- Comments on Gauge Theories from Brane Configurations with an O6 Plane
- M-theory realization of a N=1 supersymmetric chiral gauge theory in four dimensions
- An Exact Relation for N=1 Orientifold Field Theories with Arbitrary Superpotential
- 4D/3D reduction of dualities: mirrors on the circle
- Meta-Stable Brane Configurations with Multiple NS5-Branes
- Meta-Stable Brane Configurations of Multiple Product Gauge Groups with Orientifold 6 Plane