Lepton number violation via intermediate black hole processes
J Doukas, S Rai Choudhury, GC Joshi - Modern Physics Letters A, 2006 - World Scientific
J Doukas, S Rai Choudhury, GC Joshi
Modern Physics Letters A, 2006•World ScientificBlack holes at the TeV scale are investigated in the extra large dimension scenario. We
interpret the lightest black hole excitation as a singlet scalar field, and show how interaction
terms can be appended to the standard model at the dimension five non-renormalizable
level. Lepton family number violation is natural in this model. Muon magnetic moment, and
neutrino masses are investigated. We also present a quantization scheme in n dimensions.
interpret the lightest black hole excitation as a singlet scalar field, and show how interaction
terms can be appended to the standard model at the dimension five non-renormalizable
level. Lepton family number violation is natural in this model. Muon magnetic moment, and
neutrino masses are investigated. We also present a quantization scheme in n dimensions.
Black holes at the TeV scale are investigated in the extra large dimension scenario. We interpret the lightest black hole excitation as a singlet scalar field, and show how interaction terms can be appended to the standard model at the dimension five non-renormalizable level. Lepton family number violation is natural in this model. Muon magnetic moment, and neutrino masses are investigated. We also present a quantization scheme in n dimensions.
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