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“…Finally, in order to respect chiral symmetry effectively, we also include pion degrees of freedom in a perturbative manner. This proves essential [23][24][25] for a good description of the nucleon form factors below Q 2 ∼ 1 GeV 2 . The outline of the paper is as follows: Sect.…”
Section: Gevmentioning
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“…Finally, in order to respect chiral symmetry effectively, we also include pion degrees of freedom in a perturbative manner. This proves essential [23][24][25] for a good description of the nucleon form factors below Q 2 ∼ 1 GeV 2 . The outline of the paper is as follows: Sect.…”
Section: Gevmentioning
“…The subscript c refers to contributions from connected graphs only and L W I (x) is the pion-quark interaction Lagrangian as already indicated in equation (4). The superscript B in equation (12) indicates that the matrix elements are projected on the respective baryon states.…”
Section: The Perturbative Chiral Quark Modelmentioning
“…5, a baryon wave function contains a three-quark core component and a three-quark core plus a pion meson cloud component. One can directly calculate the three-quark core probability Z A 2 [11]. For the nucleon, we have Z N 2 = 0.567 in the Hyc potential and Z N 2 = 0.442 in the classical HO potential.…”
Section: Resultsmentioning
“…To take the pion meson cloud effects into account, one may consider the following Lagrangian density with a πqq coupling ( similar to the πNN case) [11] …”
Section: Pion Meson Cloud Correctionmentioning