Lepton-Flavor-violating Z′ using the electron-muon channel at the LHC

In this work, we consider a model-independent lepton-flavor-violating Z' gauge boson at TeV scale, which can be probed at the LHC in the near future. The lepton-flavor-changing neutral currents originated from nonuniversal couplings to charged leptons and nondiagonal charge lepton mass matrices. We assume that the left-handed charged-lepton mixing matrix equals thePMNS matrix and that there is no mixing in the neutrino sector to make this phenomenological Z' model more predictive. There are indeed some parameter regions where the Z' can generate a large enough e(+/-)mu(-/+) production cross section at the LHC, while at the same time satisfying various observables from lepton-flavor-violation and other constraints from the LHC.