Computing the nucleon Dirac radius directly at Q2 = 0

Nesreen Hasan, Michael Engelhardt, Jeremy Green, Stefan Krieg, Stefan Meinel, John Negele, Andrew Pochinsky, Sergey Syritsyn

Research output: Contribution to journalArticle

Abstract

We describe a lattice approach for directly computing momentum derivatives of nucleon matrix elements using the Rome method, which we apply to obtain the isovector magnetic moment and Dirac radius. We present preliminary results calculated at the physical pion mass using a 2HEX-smeared Wilson-clover action. For removing the effects of excited-state contamination, the calculations were done at three source-sink separations and the summation method was used.

Original languageEnglish (US)
JournalProceedings of Science
VolumePart F128557
StatePublished - 2016

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sinks
contamination
pions
magnetic moments
momentum
radii
matrices
excitation

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Hasan, N., Engelhardt, M., Green, J., Krieg, S., Meinel, S., Negele, J., ... Syritsyn, S. (2016). Computing the nucleon Dirac radius directly at Q2 = 0. Proceedings of Science, Part F128557.

Computing the nucleon Dirac radius directly at Q2 = 0. / Hasan, Nesreen; Engelhardt, Michael; Green, Jeremy; Krieg, Stefan; Meinel, Stefan; Negele, John; Pochinsky, Andrew; Syritsyn, Sergey.

In: Proceedings of Science, Vol. Part F128557, 2016.

Research output: Contribution to journalArticle

Hasan, N, Engelhardt, M, Green, J, Krieg, S, Meinel, S, Negele, J, Pochinsky, A & Syritsyn, S 2016, 'Computing the nucleon Dirac radius directly at Q2 = 0', Proceedings of Science, vol. Part F128557.
Hasan N, Engelhardt M, Green J, Krieg S, Meinel S, Negele J et al. Computing the nucleon Dirac radius directly at Q2 = 0. Proceedings of Science. 2016;Part F128557.
Hasan, Nesreen ; Engelhardt, Michael ; Green, Jeremy ; Krieg, Stefan ; Meinel, Stefan ; Negele, John ; Pochinsky, Andrew ; Syritsyn, Sergey. / Computing the nucleon Dirac radius directly at Q2 = 0. In: Proceedings of Science. 2016 ; Vol. Part F128557.
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