  In an attempt to explain inelastic neutron scattering data for LiV2O4 the
dynamical spin susceptibility \chi(Q,w) at zero temperature is calculated.
Starting point is a weak coupling approach based on the LDA bandstructure for
that material. It is supplemented by a RPA treatment of local on-site
interactions and contains an adjustable parameter. Due to the geometrically
frustrated lattice structure the magnetic response is strongly enhanced in the
vicinity of a nearly spherical surface in Q-space. We compare these results
with recent low-temperature neutron scattering data. The measured spin
relaxation rate \Gamma is used to estimate the spin fluctuation contribution to
the specific heat.
