Moose models with vanishing parameter
arXiv:hep-ph/0405188 · doi:10.1103/PhysRevD.70.055010
Abstract
In the linear moose framework, which naturally emerges in deconstruction models, we show that there is a unique solution for the vanishing of the parameter at the lowest order in the weak interactions. We consider an effective gauge theory based on SU(2) gauge groups, chiral fields and electroweak groups and at the ends of the chain of the moose. vanishes when a link in the moose chain is cut. As a consequence one has to introduce a dynamical non local field connecting the two ends of the moose. Then the model acquires an additional custodial symmetry which protects this result. We examine also the possibility of a strong suppression of through an exponential behavior of the link couplings as suggested by Randall Sundrum metric.
LaTex file, 27 pages, 8 figures
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