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Tensions in several phenomenological models grew with experimental results onneutrino/antineutrino oscillations at Short-Baseline (SBL) and with the recent,carefully recomputed, antineutrino fluxes from nuclear reactors. At arefurbished SBL CERN-PS facility an experiment aimed to address the open issueshas been proposed [1], based on the technology of imaging in ultra-purecryogenic Liquid Argon (LAr). Motivated by this scenario a detailed study ofthe physics case was performed. We tackled specific physics models and weoptimized the neutrino beam through a full simulation. Experimental aspects notfully covered by the LAr detection, i.e. the measurements of the lepton chargeon event-by-event basis and their energy over a wide range, were alsoinvestigated. Indeed the muon leptons from Charged Current (CC) (anti-)neutrinointeractions play an important role in disentangling different phenomenologicalscenarios provided their charge state is determined. Also, the study of muonappearance/disappearance can benefit of the large statistics of CC muon eventsfrom the primary neutrino beam. Results of our study are reported in detail inthis proposal. We aim to design, construct and install two Spectrometers at"NEAR" and "FAR" sites of the SBL CERN-PS, compatible with the already proposedLAr detectors. Profiting of the large mass of the two Spectrometers theirstand-alone performances have also been exploited.

Prospect for Charge Current Neutrino Interactions Measurements at the CERN-PS