Minimal realization of right-handed gauge symmetry

Abstract

We propose a minimally extended gauge symmetry model with $U(1{)}_R$, where only the right-handed fermions have nonzero charges in the fermion sector. To achieve both anomaly cancellations and minimality, three right-handed neutrinos are naturally required, and the standard model Higgs has to have nonzero charge under this symmetry. Then we find that its breaking scale($\Lambda$) is restricted by precise measurement of neutral gauge boson in the standard model; therefore, $\mathcal{O}$(10) TeV$\lesssim \Lambda$. We also discuss its testability of the new gauge boson and discrimination of $U(1{)}_R$ model from $U(1{)}_{B-L}$ one at collider physics such as LHC and ILC.

11 pages, 2 figures, version to appear in PRD

References in corpus (4)

• Implications of CTEQ global analysis for collider observables
• ILC Operating Scenarios
• Signatures for right-handed neutrinos at the Large Hadron Collider
• Two-loop Induced Majorana Neutrino Mass in a Radiatively Induced Quark and Lepton Mass Model

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• Probing for chiral $Z^{\prime }$ gauge boson through scattering measurement experiments
• Dirac dark matter, dark radiation, and the type-II seesaw mechanism in alternative $U(1{)}_X$ standard model
• Flipped $U(1)$ extended Standard Model and Majorana dark matter
• An alternative gauged $U(1{)}_R$ symmetric model in light of the CDF II $W$ boson mass anomaly
• Right handed neutrino production from $Z^{\prime }$ interactions in forward search experiments