Abstract
We study a type IIB superstring compactification in the presence of nong-eometric fluxes. We study the non supersymmetric solutions to the equations of motion. The corresponding vacuum is found by employing a genetic algorithm constrained by the Bianchi identities. We explore the space of the non supersymmetric vacua and look for possible De Sitter solutions. We find that such vacua are possible if supersymmetry is broken by all the three moduli.
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