  Some yet unknown dynamics is expected to be at work behind the flavor puzzles
of the Standard Model. Speculations exist that this may manifest itself in
significant strength at the terascale. One consequence may be lepton flavor
violation with total lepton number conserved. Already observed in neutrino
oscillation experiments, such a phenomenon may show up more prominently at TeV
energies, thus signaling a completely new physics. Proposed flavor violating
charged dilepton states have already been studied with reference to the LHC.
Here we study the production and detection at the LHC of flavor violating
charged quadrileptons which are shown to have certain advantages over dileptons
in searching for lepton flavor violation. A classification of all six-fermionic
operators, in the chiral basis and contributing to such processes, is made and
the corresponding cross section for each in 14 TeV pp collisions is computed
under the hypothesis of single operator dominance. We further present the
sensitivity reach of the new physics scale $\Lambda$ in terms of the integrated
luminosity.
