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With the aim at quantitatively investigating the longstanding problemconcerning the effect of short range nucleon-nucleon correlations on scatteringprocesses at high energies, the total neutron-nucleus cross section iscalculated within a parameter-free approach which, for the first time, takesinto account, simultaneously, central, spin, isospin and tensor nucleon-nucleon(NN) correlations, and Glauber elastic and Gribov inelastic shadowingcorrections. Nuclei ranging from 4He to 208Pb and incident neutron momenta inthe range 3 GeV/c - 300 GeV/c are considered; the commonly used approach whichapproximates the square of the nuclear wave function by a product of one-bodydensities is carefully analyzed, showing that NN correlations can play anon-negligible role in high energy scattering off nuclei.

Effects of Ground-State Correlations on High Energy Scattering off Nuclei: the Case of the Total Neutron-Nucleus Cross Section