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This chapter presents predictions for the magnetic dipole moments of various light nuclei ( \(A=3\text{--}17\) ). From the NCCI calculations, we obtain predictions for both the impulse approximation (IA) and meson-exchange current (MEC) corrections. We investigate the convergence of the many-body calculation, and try to understand the systematic dependence of the calculated results on the chiral EFT parameters. The new results are compared with earlier calculations performed with other many-body methods and interactions, as well as with experimental data where available.

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Chiral EFT Corrections to M1 Moments of Light Nuclei

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  • 发表日期：

    2025年

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  • Patrick J. Fasano

摘要

This chapter presents predictions for the magnetic dipole moments of various light nuclei ( \(A=3\text{--}17\) ). From the NCCI calculations, we obtain predictions for both the impulse approximation (IA) and meson-exchange current (MEC) corrections. We investigate the convergence of the many-body calculation, and try to understand the systematic dependence of the calculated results on the chiral EFT parameters. The new results are compared with earlier calculations performed with other many-body methods and interactions, as well as with experimental data where available.