Nucleon-deuteron scattering based on meson-exchange nucleon-nucleon dynamics

We present results for nucleon-deuteron elastic scattering obtained for the first time with a genuine meson-exchange nucleon-nucleon interaction. In particular, we employ the Paris potential and introduce it into momentum-space Faddeev calculations. Predictions are made for n-d differential cross sections at $E_{\mathrm{n}=8\mathrm{}}$, 10, 10.25, and 12 MeV and for nucleon-to-nucleon spin transfers of the process ${}_{}{}^2{}_{}{}^{}$H(N,${\mathrm{N})\mathrm{}}^2$H at $E_{\mathrm{N}=10\mathrm{}}$ MeV. Comparison of these results with modern experimental data allows for a sensible test of the reliability of the underlying nucleon-nucleon interaction.