Abstract
The neutron electric dipole moment (NEDM) from a quark chromoelectric dipole moment is calculated using a QCG sum-rule approach. We demonstrate that leading contributions to the NEDM come from induced condensates (quark and quarkgluon condensate magnetic susceptibilities) which are also determined. Other possible contributions to the NEDM such as a quark electric dipole moment or a triple gluon operator are briefly discussed.
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