Complete CKM quark mixing via dimensional deconstruction
arXiv:hep-ph/0410179 · doi:10.1016/j.nuclphysb.2005.01.027
Abstract
It is shown that the deconstruction of into is capable of providing all necessary ingredients to completely impliment the complex CKM mixing of quark flavors. The hierarchical structure of quark masses originates from the difference in the deconstructed chiral zero-mode distribution in theory space, while the CP-violating phase comes from the genuinely complex vacuum expectation value of link fields. The mixing is constructed in a specific model to satisfy experimental bounds on quarks' masses and CP violation.
RevTex4, 25 pages, typos in section IIC corrected, published version
References in corpus (18)
- (De)Constructing Dimensions
- Hierarchies without Symmetries from Extra Dimensions
- Gauge Invariant Effective Lagrangian for Kaluza-Klein Modes
- Electroweak and Flavor Physics in Extensions of the Standard Model with Large Extra Dimensions
- Yukawa Hierarchies from Split Fermions in Extra Dimensions
- Split Fermions in Extra Dimensions and CP Violation
- Field localization in warped gauge theories
- Localized Fermions and Anomaly Inflow via Deconstruction
- Deconstructing 5-D QED
- Almost Pure Phase Mass Matrices from Six Dimensions
- Kaluza-Klein Structure Associated With Fat Brane
- Casimir Energy in Deconstruction and the Cosmological Constant
- CP Violation from Dimensional Reduction: Examples in 4+1 Dimensions
- CP violation in weak interactions from orbifold reduction: possible unification structures
- Phenomenology of a Quark Mass Matrix from Six Dimensions and its implication for the Strong CP problem
- Democratic Mass Matrices From Five Dimensions
- Freedom in electroweak symmetry breaking and mass matrix of fermions in dimensional deconstruction model
- Fermionic states in pure 4D deconstruction