Baryogenesis in Models with a Low Quantum Gravity Scale
arXiv:hep-ph/9810280 · doi:10.1103/PhysRevD.60.025004
Abstract
We make generic remarks about baryogenesis in models where the scale of quantum gravity is much below the Planck scale. These correspond to M-theory vacua with a large volume for the internal space. Baryogenesis is a challenge, particularly for $M_s \lappeq 10^5$ GeV, because there is an upper bound on the reheat temperature of the Universe, and because certain baryon number violating operators must be suppressed. We discuss these constraints for different values of , and illustrate with a toy model the possibility of using horizontal family symmetries to circumvent them.
15 pages, latex, one figure. References added
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