Five-Dimensional Gauge Theories from Shifted Web Diagrams
arXiv:1810.05109 · doi:10.1103/PhysRevD.99.046012
Abstract
In previous works (arXiv:1610.07916, arXiv:1711.07921, arXiv:1807.00186) we studied a class of toric Calabi-Yau threefolds which engineer six-dimensional supersymmetric gauge theories with gauge group and adjoint matter. The Kähler moduli space of these manifolds can be extended through flop transformations to include regions which are described by so-called shifted toric web diagrams. In this paper we analyse gauge theories that are engineered by these shifted toric web diagrams and argue that in specific limits, some of the them engineer five-dimensional quiver gauge theories with gauge group and with fundamental and bi-fundamental matter. We discuss several examples in detail and describe how the matter sector is obtained from the six-dimensional parent theory.
arXiv comment25 pages
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Cited by in corpus (7)
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- Flavor Symmetry of 5d SCFTs, Part 2: Applications
- Flavor Symmetry of 5d SCFTs, Part 1: General Setup
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