Probing and couplings at the LHeC
arXiv:1308.5634 · doi:10.1103/PhysRevD.88.094007
Abstract
We study the deep inelastic scattering and photo-production modes of pairs at the proposed LHeC and its potential to probe the electromagnetic and weak dipole moments (MDM and EDM for ) of the top quark. A framework of eight independent gauge-invariant dimension-six operators involving the top quark and the electroweak gauge bosons is used. Four of these operators modify the charged coupling which can be probed through the single (anti) top production mode as reported in the literature. One generates as well as couplings, while the other two do not generate but only . Our focus is on the MDM and EDM of the top quark for which the photo-production mode of can be an excellent probe. At the proposed electron energies of and GeV the LHeC could set constraints stronger than the indirect limits from and the potential limits of the LHC through production.
A numerical error has been corrected, which affected photo-production cross sections but not ratios thereof. Final results and conclusions essentially unchanged, besides minor numerical changes. Final version published in PRD. RevTex, 28 pp, 8 eps figs
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