The current status of the physics of massive neutrinos is reviewed with a forward-looking
emphasis. The article begins with the general phenomenology of neutrino oscillations in …

Following recent results from the SNO solar neutrino experiment and the K2K long-baseline
neutrino experiment, the combined existing data on neutrino oscillations now point strongly …

We compare the physics potential of planned superbeams with the one of neutrino factories.
Therefore, the experimental setups as well as the most relevant uncertainties and errors are …

We explore the features of neutrino oscillation which are relevant for measurements of the
leptonic CP violating phase δ and the sign of∆ m 2 13 in experiments with low-energy …

We review the theoretical ideas, problems, and implications of several different models for
neutrino masses and mixing angles. We give a general discussion of schemes with three or …

We notice that looking for νe→ ντ at the same time as νe→ νμ oscillations could significantly
help to reduce the errors in the leptonic CP-violating phase δ measurement. We show how …

The next generation of neutrino oscillation experiments, JUNO, DUNE, and HK, are under
construction now and will collect data over the next decade and beyond. As there are no …

We deepen the study of the so-called “silver channel” \nu_e→\nu_τ 1 and of its relevance to
solve some of the ambiguities that can arise in the simultaneous measurement of (13,δ) at …

We study neutrino masses and mixings based on the simplest SO (10) mass relations and
the seesaw mechanism. We find that the requirement of large neutrino mixings determines …

If the value of θ 13 is within the reach of the upcoming generation of long-baseline
experiments, T2K and NOνA, we show that a low-energy neutrino factory, with peak energy …