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Majorana neutrinos naturally lead to a Lepton Number Violation (LNV). Asuperposition of Majorana states can mimic Dirac-type neutrinos, leading to itsconservation (LNC). We demonstrate on the example of specific observablesrelated to high and low energy processes how a strength of LNV correlates withneutrino parameters such as CP-phases, flavor mixings, mass ratios. We stressthe coaction between low and high energy studies for putting phenomenologicalmodels to a quantitative test. Secondly, we conclude that in order to fullystudy the role of heavy neutrinos in search for New Physics (NP) signals, adeparture from trivial scenarios assuming degeneracy in mass and no flavormixing or CP-phases becomes necessary for a proper physical analysis.

Lepton Number Violation and `Diracness' of massive neutrinos composed of Majorana states