Abstract: Neutrino experimental data suggest the existence of new physics with a new scale $\Lambda$ associated to it. A measurement of neutrino masses would guide us towards this new energy scale. Neutrino oscillation experiments are able to determine neutrino mass differences and mixing parameters, helping us reach a better understanding of fermion masses. Despite all the planned effort in the short-future oscillation experiments, two neutrino mixing parameters, the CP-odd phase $\delta$ and the mixing angle $\theta_{13}$, may remain obscure ten years from now. In order to determine them, we have considered the combination of the resuls from two future experiments: the Superbeams facility plus the Neutrino factory, two sucessive steps towards the same physics goals.

Host: J. Feng