  We consider a wide range of UV scenarios with the aim of informing searches
for CP violation at the TeV scale using effective field theory techniques. We
demonstrate that broad theoretical assumptions about the nature of UV dynamics
responsible for CP violation map out a small subset of relevant operators at
the TeV scale. Concretely, this will allow us to reduce the number of free
parameters that need to be considered in experimental investigations, thus
enhancing analyses' sensitivities. In parallel, reflecting the UV dynamics'
Wilson coefficient hierarchy will enable a streamlined theoretical
interpretation of such analyses in the future. We demonstrate a minimal
approach to analysing CP violation in this context using a Monte Carlo study of
a combination of weak boson fusion Higgs and electroweak diboson production,
which provide complementary information on the relevant EFT operators.
