Probing the effects of the time-odd terms in the Skyrme functional in superdeformed bands

Universal effective nucleon-nucleon interactions for use in self-consistent mean-field-based methods are commonly adjusted to selected properties of even-even nuclei and spin-saturated nuclear matter. This implies that the so-called 'time-odd terms' in the related energy density functionals, which represent the interaction among spins and currents, are rarely directly adjusted to observables. In this contribution, we analyze the impact of the time-odd terms on dynamical moments of inertia of superdeformed rotational bands in 194Hg.