  We study the electroweak dilepton production with two forward jets at the
LHC, aiming to measure the anomalous triple gauge couplings in the Effective
Field Theory (EFT) approach. This process exhibits a distinctive feature,
namely, the interference between Standard Model (SM) and beyond the SM is
resurrected in the inclusive cross section of the full amplitude, including two
forward jets. As a concrete illustration, we perform the detailed analytic and
numerical study of the interference using a simpler toy process, and discuss
the subtlety of the effective W approximation. We propose a new kinematic
variable, VBFhardness, that controls the amount of energy flowing into the
dilepton subprocess. We show that an appropriate cut on VBFhardness makes the
interference resurrection manifest. Finally, we use the invariant mass of the
dilepton system as well as the transverse momentum, as done in the literature,
to derive the sensitivity to anomalous triple gauge couplings at the LHC and
the high luminosity LHC. Our result is compared with the existing limits from
the experiments.
