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Vacuum-Polarization Contributions to the Sixth-Order Anomalous Magnetic Moment of the Muon and Electron

Stanley J. Brodsky, T. Kinoshita

Open publisher page 28 citations

Abstract

We report on the calculation of second-order vacuum-polarization contributions to the sixth-order electron and muon anomalous magnetic moments. With these results the difference of muon and electron moments has now been completely calculated through sixth order in quantum electrodynamics. The only remaining sixth-order contributions to the electron moment which have not been completely calculated are those graphs without fermion loop insertions.

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What this paper is about

We report on the calculation of second-order vacuum-polarization contributions to the sixth-order electron and muon anomalous magnetic moments. With these results the difference of muon and electron moments has now been completely calculated through sixth order in quantum electrodynamics. The only remaining sixth-order contributions to the electron moment which have not been completely calculated are those graphs without fermion loop insertions.

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Available abstract

We report on the calculation of second-order vacuum-polarization contributions to the sixth-order electron and muon anomalous magnetic moments. With these results the difference of muon and electron moments has now been completely calculated through sixth order in quantum electrodynamics. The only remaining sixth-order contributions to the electron moment which have not been completely calculated are those graphs without fermion loop insertions.

Key concepts: Anomalous magnetic dipole moment, Vacuum polarization, Physics, Muon, Electron magnetic dipole moment, Neutron magnetic moment, Electron, Magnetic moment

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Vacuum-Polarization Contributions to the Sixth-Order Anomalous Magnetic Moment of the Muon and Electron — Research Paper | ScholarLens