Short-distance part of the interaction of D mesons and nucleons
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The short-distance part of the low energy interaction of D-mesons and nucleons is investigated in the context of a quark model. The quark model is based on Coulomb gauge QCD. The model contains a confining Coulomb potential and a transverse hyperfine interaction consistent with a finite gluon propagator in the infrared. The basic mechanism for the short-distance interaction between the D-mesons and nucleons is quark interchange. Using Resonating GroupMethod techniques an effective potential for the interaction between nucleons and D mesons can be obtained and used in a Lippmann-Schwinger equation to obtain differential cross-sections and phase shifts.
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Basic mechanism, Coulomb gauge, Coulomb potential, D-mesons, Differential cross-sections, Effective potentials, Hyperfine interactions, Lippmann-Schwinger equations, Low-energy interactions, Quark model, Bosons, Electric fields, High energy physics, Hadrons
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8th Conference Quark Confinement and the Hadron Spectrum.
