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Classification of Flipped SU(5) Heterotic-String Vacua · Around

2014

Classification of Flipped SU(5) Heterotic-String Vacua

Faraggi, Alon E., Rizos, John, Sonmez, Hasan

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We extend the classification of the free fermionic heterotic-string vacua to models in which the SO(10) GUT symmetry at the string scale is broken to the flipped SU(5) subgroup.

In our classification method, the set of basis vectors defined by the boundary conditions which are assigned to the free fermions is fixed and the enumeration of the string vacua is obtained in terms of the Generalised GSO (GGSO) projection coefficients entering the one-loop partition function.
We derive algebraic expressions for the GGSO projections for all the physical states appearing in the sectors generated by the set of basis vectors.
This enables the analysis of the entire string spectrum to be programmed in to a computer code therefore, we performed a statistical sampling in the space of 2^{44} (approximately 10^{13}) flipped $SU(5)$ vacua and scanned up to 10^{12} GGSO configurations.

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A.E. Faraggi, Phys. Lett

2004

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2007

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A.E. Faraggi, Nucl. Phys

2007

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H. Sonmez, University of Liverpool PhD thesis, work in progress

Cited in the paper.

For review and references see e.g:

2012

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L. Bernard et al

2013

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G. Cleaver and A.E. Faraggi, Int. J. Mod. Phys

Original

2013

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