Heterotic--theory Duality with Wilson Line Symmetry-breaking
arXiv:1908.01913 · doi:10.1007/JHEP12(2019)016
Abstract
We begin with an Heterotic model broken to an and a mirror , where one and its spectrum is identified as the visible sector while the other can be identified as a hidden mirror world. In both cases we obtain the minimal supersymmetric standard model spectrum after Wilson-line symmetry-breaking enhanced by a low energy R-parity enforced by a local (or global) -symmetry. Using Heterotic/-theory duality, we show how to eliminate the vector-like exotics which were obtained in previous constructions. In these constructions, the Calabi-Yau {[}CY{]} four-fold was defined by an elliptic fibration with section over a base and a GUT surface given by Enriques surface. In the present paper we construct a quotient CY four-fold fibered by tori with two elliptic structures given by a a pair of sections fibered over the Enriques surface. Using Heterotic/-theory duality we are able to define the cohomologies used to derive the massless spectrum. Our model for the 'correct' -theory dual of a Heterotic model with Wilson-line symmetry-breaking builds on prior literature but employs the stack-theoretic version of the dictionary between the Heterotic semi-stable -bundles with Yang-Mills connection and the -fibrations used to construct the -theory dual.
51 pages, corrected some typos
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