  We present the current status of the research activities of the Ghent group
on neutrino-nucleus interactions. These consist in the modeling of some of the
relevant neutrino-nucleus reaction channels at intermediate energies:
low-energy nuclear excitations, quasielastic scattering, two-nucleon knockout
processes and single-pion production.
  The low-energy nuclear excitations and the quasielastic peak are described
using a Hartree-Fock-CRPA (continuum random phase approximation) model that
takes into account nuclear long-range correlations as well as the distortion of
the outgoing nucleon wave function. We include two-body current mechanisms
through short-range correlations and meson-exchange currents. Their influence
on one- and two-nucleon knockout responses is computed. Bound and outgoing
nucleons are treated within the same mean-field framework. Finally, for
modeling of the neutrino-induced single-pion production, we use a low-energy
model that contains resonances and the background contributions required by
chiral symmetry. This low-energy model is combined with a Regge approach into a
Hybrid model, which allows us to make predictions beyond the resonance region.
