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We study the phenomenology of electric dipole moments (EDMs) induced invarious scalar leptoquark models. We consider generic leptoquark couplings toquarks and leptons and match to Standard Model effective field theory. Afterevolving the resulting operators to low energies, we connect to EDM experimentsby using up-to-date hadronic, nuclear, and atomic matrix elements. We show thatcurrent experimental limits set strong constraints on the possible CP-violatingphases in leptoquark models. Depending on the quarks and leptons involved inthe interaction, the existing searches for EDMs of leptons, nucleons, atoms,and molecules all play a role in constraining the CP-violating couplings. Wediscuss the impact of hadronic and nuclear uncertainties as well as thesensitivities that can be achieved with future EDM experiments. Finally, westudy the impact of EDM constraints on a specific leptoquark model that canexplain the recent $B$-physics anomalies.

The phenomenology of electric dipole moments in models of scalar leptoquarks