Quiver Gauge Models in F-Theory on Local Tetrahedron
arXiv:0908.0471
Abstract
We study a class of 4D supersymmetric GUT- type models in the framework of the Beasley-Heckman-Vafa theory. We first review general results on MSSM and supersymmetric GUT; and we describe useful tools on 4D quiver gauge theories in F- theory set up. Then we study the effective supersymmetric gauge theory in the 7-brane wrapping 4-cycles in F-theory on local elliptic CY4s based on a complex tetrahedral surface and its blown ups . The complex 2d geometries and are \emph{non planar} projective surfaces that extend the projective plane and the del Pezzos. Using the power of toric geometry encoding the toric data of the base of the local CY4, we build a class of \emph{4D} non minimal GUT- type models based on and . An explicit construction is given for the SU GUT-type model.
86 pages, 20 figures
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