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The relativistic mean field (RMF) model is used to describe nucleons in thenucleus and thereby to evaluate the effects of having dynamically off-shellspinors. Compared with free, on-shell nucleons as employed in some othermodels, within the RMF nucleons are described by relativistic spinors withstrongly enhanced lower components. In this work it is seen that for MiniBooNEkinematics, neutrino charged-current quasielastic cross sections show somesensitivity to these off-shell effects, while for the antineutrino-nucleus casethe total cross sections are seen to be essentially independent of theenhancement of the lower components. As was found to be the case when comparingthe RMF results with the neutrino-nucleus data, the present impulseapproximation predictions within the RMF also fall short of the MiniBooNEantineutrino-nucleus data.

Off-shell effects in the relativistic mean field model and their role in CC (anti)neutrino scattering at MiniBooNE kinematics