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25 April 2024
 
  » arxiv » hep-ph/0001301

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Baryogenesis at Low Reheating Temperatures
Sacha Davidson ; Marta Losada ; Antonio Riotto ;
Date 28 Dec 1999
Journal Phys.Rev.Lett. 84 (2000) 4284-4287
Subject hep-ph astro-ph
AbstractWe note that the maximum temperature during reheating can be much greater than the reheating temperature $T_r$ at which the Universe becomes radiation dominated. We show that the Standard Model anomalous $(B+L)$-violating processes can therefore be in thermal equilibrium for 1 GeV $simlt T_{r}ll 100$ GeV. Electroweak baryogenesis could work and the traditional upper bound on the Higgs mass coming from the requirement of the preservation of the baryon asymmetry may be relaxed. Alternatively, the baryon asymmetry may be reprocessed by sphaleron transitions either from a $(B-L) $ asymmetry generated by the Affleck-Dine mechanism or from a chiral asymmetry between $e_R$ and $e_L$ in a $B-L = 0$ Universe. Our findings are also relevant to the production of the baryon asymmetry in large extra dimension models.
Source arXiv, hep-ph/0001301
Other source [GID 533341] pmid10990667
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