-Nucleon Scattering Length and In-medium Mass Shift of in QCD Sum Rule Analysis
arXiv:nucl-th/9811092 · doi:10.1143/PTP.101.923
Abstract
We calculate the spin-averaged -nucleon scattering length by directly applying QCD sum rule to - forward scattering amplitude. Our result fm, predicts the possibility of bound states with nuclei, though the force is weaker than that of the light vector mesons ()- cases. Up to dimension-4 gluonic operators, we evaluate the scattering length with twist-2 contribution, which increases the absolute value of the scattering length about 30%. If we apply to the effective mass of in nuclear matter on the basis of the linear density approximation, it shows very slight decrease ( MeV) at normal matter density.
14 pages, latex, 2 figures included, uses epsf.sty
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