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23 April 2024

» arxiv » 1503.7471

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Search for Sterile Neutrinos in the Muon Neutrino Disappearance Mode at FNAL
A. Anokhina ; A. Bagulya ; M. Benettoni ; P. Bernardini ; R. Brugnera ; M. Calabrese ; A. Cecchetti ; S. Cecchini ; M. Chernyavskiy ; F. Dal Corso ; O. Dalkarov ; A. Del Prete ; G. De Robertis ; M. De Serio ; D. Di Ferdinando ; S. Dusini ; T. Dzhatdoev ; R. A. Fini ; G. Fiore ; A. Garfagnini ; M. Guerzoni ; B. Klicek ; U. Kose ; K. Jakovcic ; G. Laurenti ; I. Lippi ; F. Loddo ; A. Longhin ; M. Malenica ; G. Mancarella ; G. Mandrioli ; A. Margiotta ; G. Marsell ; N. Mauri ; E. Medinaceli ; R. Mingazheva ; O. Morgunova ; M. T. Muciaccia ; M. Nessi ; D. Orecchini ; A. Paoloni ; G. Papadia ; L. Paparella ; L. Pasqualini ; A. Pastore ; L. Patrizii ; N. Polukhina ; M. Pozzato ; M. Roda ; T. Roganova ; G. Rosa ; Z. Sahnoun ; T. Shchedrina ; S. Simone ; C. Sirignano ; G. Sirri ; M. Spurio ; L. Stanco ; N. Starkov ; M. Stipcevic ; A. Surdo ; M. Tenti ; V. Togo ; M. Vladymyrov ;
Date:	25 Mar 2015
Abstract:	The NESSiE Collaboration has been setup to undertake a conclusive experiment to clarify the {em muon--neutrino disappearance} measurements at short baselines in order to put severe constraints to models with more than the three--standard neutrinos, or even to robustly establish the presence of a new kind of neutrino oscillation for the first time. To this aim the use of the current FNAL--Booster neutrino beam for a Short--Baseline experiment was carefully evaluated by considering the use of magnetic spectrometers at two sites, near and far ones. The detector locations were extensively studied, together with the achievable performances of two OPERA--like spectrometers. The study was constrained by the availability of existing hardware and a time--schedule compatible with the undergoing project of multi--site Liquid--Argon detectors at FNAL. ewline The experiment NESSiE Collaboration proposes on the Booster neutrino beam would definitively clarify the existing tension between the $ u_{mu}$ disappearance and the $ u_e$ appearance/disappearance at the eV mass scale. That is achieved by extending by more than one order of magnitude the range of the mixing angle between standard and sterile neutrinos. Moreover this proposal constitutes the most robust and fastest way to discover new neutrino states at the eV mass scale.
Source:	arXiv, 1503.7471
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