Higgs Localization in Split Fermion Models
arXiv:hep-ph/0507036 · doi:10.1103/PhysRevD.73.016008
Abstract
The flavor puzzle of the Standard Model is explained in split fermion models by having the fermions localized and separated in an extra dimension. Many of these models assume a certain profile for the Higgs VEV, usually uniform, or confined to a brane, without providing a dynamical realization for it. By studying the effect of the coupling between the Higgs and the localizer fields, we obtain these scenarios as results, rather than ansaetze. Moreover, we discuss other profiles and show that they are phenomenologically viable.
23 pages, 16 figures, based on an MSc thesis
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- Fermion generations, masses and mixings in a 6D brane model
- Localization of fermionic fields on braneworlds with bulk tachyon matter
- Baryon-Number-Violating Nucleon and Dinucleon Decays in a Model with Large Extra Dimensions
- Nucleon Decay and - Oscillations in a Left-Right Symmetric Model with Large Extra Dimensions
- Neutrino Masses and Mixing in Models with Large Extra Dimensions and Localized Fermions
- Fermion masses and mixing in a 4+1-dimensional SU(5) domain-wall brane model
- Scalar Kinks in Warped Extra Dimensions
- Nucleon and dinucleon decays to leptonic final states in a left-right symmetric model with large extra dimensions
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- The orbit method solution for the deformed three coupled scalar fields
- The effect of the Gaussian profile of the new Higgs doublet on the radiative lepton flavor violating decay
- Charged Lepton Flavor Physics and Extra Dimensions