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The analysis and interpretation of the present and future neutrinooscillation experiments strongly rely on the quantitative understanding ofneutrino and antineutrino interactions with nuclei in the "few GeV" energyrange. With the advent of the Liquid Argon Time Projection Chamber (LArTPC)experimental techniques for neutrino detection, a novel approach andmethodology in neutrino data analysis is now being developed. Purpose of thisWhite Paper is to briefly illustrate this method, as based on real eventscategorization into experimental exclusive topologies, rather than on MC drivenclassification of the event rates in terms of interaction channel. Datacollected by the ArgoNeuT experiment in the "few-GeV" energy range areextremely helpful to directly probe features of neutrino interactions andassociated nuclear effects in the range of interest for future long-baselineneutrino oscillation experiments.

Exclusive Topologies reconstruction in LAr-TPC experiments: a Novel Approach for precise Neutrino-Nucleus Cross-Sections Measurements