Abstract
We study some relevant aspects of complex nuclei structure using electroweak probes within the framework of self-consistent mean field theories with Skyrme density-dependent two-body interactions, including pairing and spin-isospin RPA correlations where necessary. We apply the formalism to the study of single and double beta decays as normal modes of the system, as well as to the analysis of parity-violating electron scattering by nuclei. Finally, we profit from the studied processes to draw some conclusions on the neutrino nature (eigenstates mixing).
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