- conversion in nuclei and Z physics
arXiv:hep-ph/9306251 · doi:10.1016/0550-3213(93)90446-V
Abstract
Together with the existence of new neutral gauge bosons, models based on extended gauge groups (rank ) often predict also new charged fermions. A mixing of the known fermions with new states with {\it exotic} weak-isospin assignments (left-handed singlets and right-handed doublets) will induce tree level flavour changing neutral interactions mediated by exchange, while if the mixing is only with new states with {\it ordinary} weak-isospin assignments, the flavour changing neutral currents are mainly due to the exchange of the lightest new neutral gauge boson . We show that the present experimental limits on conversion in nuclei give a nuclear-model-independent bound on the -- vertex which is twice as strong as that obtained from . In the case of E models these limits provide quite stringent constraints on the mass and on the mixing angle. We point out that the proposed experiments to search for conversion in nuclei have good chances to find evidence of lepton flavour violation, either in the case that new exotic fermions are present at the electroweak scale, or if a new neutral gauge boson of E origin lighter than a few TeV exists.
Plain Tex, 24 pages, + 2 PostScript figure appended after \bye (and available upon request), UM-TH 93--08, FTUV 93-14
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