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    Proton form factor ratio μp GEp/GMp from double spin asymmetry

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    1806.11156v2.pdf
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    Genre
    Pre-print
    Date
    2020-03-01
    Author
    Liyanage, A
    Armstrong, W
    Kang, H
    Maxwell, J
    Mulholland, J
    Ndukum, L
    Ahmidouch, A
    Albayrak, I
    Asaturyan, A
    Ates, O
    Baghdasaryan, H
    Boeglin, W
    Bosted, P
    Brash, E
    Butuceanu, C
    Bychkov, M
    Carter, P
    Chen, C
    Chen, JP
    Choi, S
    Christy, E
    Covrig, S
    Crabb, D
    Danagoulian, S
    Daniel, A
    Davidenko, AM
    Davis, B
    Day, D
    Deconinck, W
    Deur, A
    Dunne, J
    Dutta, D
    Fassi, LE
    Elaasar, M
    Ellis, C
    Ent, R
    Flay, D
    Frlez, E
    Gaskell, D
    Geagla, O
    German, J
    Gilman, R
    Gogami, T
    Gomez, J
    Goncharenko, YM
    Hashimoto, O
    Higinbotham, D
    Horn, T
    Huber, GM
    Jones, M
    Jones, MK
    Kalantarians, N
    Kang, HK
    Kawama, D
    Keppel, C
    Khandaker, M
    Kim, Y
    King, PM
    Kohl, M
    Kovacs, K
    Kubarovsky, V
    Li, Y
    Liyanage, N
    Mamyan, V
    Markowitz, P
    Maruta, T
    Melnik, YM
    Meziani, ZE
    Mkrtchyan, A
    Mkrtchyan, H
    Mochalov, VV
    Monaghan, P
    Narayan, A
    Nakamura, SN
    Nuruzzaman, N
    Pentchev, L
    Pocanic, D
    Posik, M
    Puckett, A
    Qiu, X
    Reinhold, J
    Riordan, S
    Roche, J
    Rondón, OA
    Sawatzky, B
    Shabestari, M
    Slifer, K
    Smith, G
    Soloviev, LF
    Solvignon, P
    Tadevosyan, V
    Tang, L
    Vasiliev, AN
    Veilleux, M
    Walton, T
    Wesselmann, F
    Wood, SA
    Yao, H
    Ye, Z
    Zhu, L
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    Subject
    nucl-ex
    nucl-ex
    Permanent link to this record
    http://hdl.handle.net/20.500.12613/4264
    
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    DOI
    10.1103/PhysRevC.101.035206
    Abstract
    © 2020 American Physical Society. The ratio of the electric to magnetic form factors of the proton, μpGEp/GMp, has been measured for elastic electron-proton scattering with polarized beam and target up to four-momentum transfer squared Q2=5.66(GeV/c)2 using double spin asymmetry for target spin orientation aligned nearly perpendicular to the beam momentum direction. This measurement of μpGEp/GMp agrees with the Q2 dependence of previous recoil polarization data and reconfirms the discrepancy at high Q2 between the Rosenbluth and the polarization-transfer method with a different measurement technique and systematic uncertainties uncorrelated to those of the recoil-polarization measurements. The form factor ratio at Q2=2.06(GeV/c)2 has been measured as μpGEp/GMp=0.720±0.176stat±0.039sys, which is in agreement with an earlier measurement using the polarized target technique at similar kinematics. The form factor ratio at Q2=5.66(GeV/c)2 has been determined as μpGEp/GMp=0.244±0.353stat±0.013sys, which represents the highest Q2 measurement reached using double spin asymmetries with polarized target to date.
    Citation to related work
    American Physical Society (APS)
    Has part
    Physical Review C
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    ae974a485f413a2113503eed53cd6c53
    http://dx.doi.org/10.34944/dspace/4246
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