49 citations · 368 across the 27 of their papers we have counts for
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Baryon fields with chiral symmetry V: Pion-Nucleon and Kaon-Nucleon Terms
V. Dmitrasinovic, Hua-Xing Chen, Atsushi Hosaka
We have previously calculated the pion-nucleon term in the chiral mixing approach with flavors only, and found the lower bound $Σ_{πN} \geq \left(1 + \frac{16}{3} \s…
Bi-Local Baryon Interpolating Fields with Three Flavours
Hua-Xing Chen, V. Dmitrasinovic
Fierz identities follow from permutations of quark indices and thus determine which chiral multiplets of baryon fields are Pauli-allowed, and which are not. In a previous paper we…
Baryons with U_L(3)*U_R(3) Chiral Symmetry IV: Interactions with Chiral (8,1)+(1,8) Vector and Axial-vector Mesons and Anomalous Magnetic Moments
Hua-Xing Chen, V. Dmitrasinovic, Atsushi Hosaka
We construct all SU_L(3)*SU_R(3) chirally invariant anomalous magnetic, i.e. involving a Pauli tensor and one-derivative, interactions of one chiral-[(8,1)+(1,8)] meson field with…
Bi-local baryon interpolating fields with two flavours
V. Dmitrasinovic, Hua-Xing Chen
We construct bi-local interpolating field operators for baryons consisting of three quarks with two flavors, assuming good isospin symmetry. We use the restrictions following from…
Baryon Fields with U_L(3) times U_R(3) Chiral Symmetry III: Interactions with Chiral (3,3_bar)+(3_bar,3) Spinless Mesons
Hua-Xing Chen, V. Dmitrasinovic, Atsushi Hosaka
Three-quark nucleon interpolating fields in QCD have well-defined SU_L(3)*SU_R(3) and U_A(1) chiral transformation properties, viz. [(6,3)+(3,6)], [(3,3_bar)+(3_bar,3)], [(8,1)+(1,…
A Lagrangian for the Chiral (1/2,0) + (0,1/2) Quartet Nucleon Resonances
V. Dmitrasinovic, A. Hosaka, K. Nagata
We study the nucleon and three N* resonances' properties in an effective linear realization chiral SU_L(2) x SU_R(2) and U_A(1) symmetric Lagrangian. We place the nucleon fields in…