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Does the predicted electric dipole moment of elementary particles run with energy?

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The standard model predicts electric dipole moments for leptons, quarks and (maybe) bosons. These predicted values have not yet been detected by experiment, because they are very small and experiments are not sensitive enough.

Does the standard model predict that the dipole moments run with energy? And how? Do they increase or decrease with energy? Where can I read about it?

P.S. Just for completeness, I am not interested in predictions by susy models or the like; just by predictions of the standard model.

asked Oct 21, 2017 in Theoretical Physics by Felicia [ no revision ]

Everything runs with the energy.

Electric dipole moment of the electron and of the neutron (1990)

The electric dipole moment of the electron (1991)

Electric dipole moments of leptons (1999)

Electric dipole moments as probes of new physics (2005)

commented Oct 21, 2017 by Arnold Neumaier (15,787 points) [ no revision ]

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