  Contributions to the neutron's EDM, are calculated using a well-constrained
Ansatz for the nucleon's Poincare' covariant Fadde'ev amplitude. The
momentum-dependent quark dressing amplifies the contribution from the
current-quarks' EDMs; and dressed-quark confinement and binding make
distinguishable the effect of the two CP and T violating interactions: i
gamma_5 sigma_{mu nu} (p_1-p_2)_nu and gamma_5 (p_1+p_2)_mu, where p_{1,2} are
the current-quarks' momenta. The value of |d_n| obtained using the
current-quark EDMs generated by a minimal three Higgs doublet model of
spontaneous CP violation is close to the current experimental upper bound.
