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We consider the observable effects of CP-violating anomalous $ZZh$interaction arising from gauge invariant dimension-6 operators at the LargeHadron Collider (LHC), with the purpose of distinguishing them from not onlythe standard model effects but also those of CP-even anomalous interactions ofsimilar nature. The postulation of a gauge invariant origin makes variouscouplings of this kind interrelated. The updated constraints from the LHC aswell as limits from neutron and electron dipole moments are used in selectingthe benchmark interaction strengths. We use some asymmetry parameters that haveno contribution from standard or CP-even anomalous interactions. Partonshowering and detector level simulation is included to make our analysis asrealistic as possible. On the whole, we conclude that gauge invariantinteraction of strength $\geq 40/\rm TeV^{2} $ can be successfully isolatedusing integrated luminosities in the 1.5-3.0 $\rm ab^{-1}$ range.

Distinguishing CP-odd couplings of the Higgs boson to weak boson pairs