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The DUNE experiment is a proposed next generation long-baseline neutrino oscillation experiment designed to solve mass hierarchy and CP-violation problems by measuring νμ/ν̄μ to νe/ν̄e oscillation in one single experiment. It is therefore critical for DUNE to measure the electrons and positrons precisely. The DUNE Near Detector, located at Fermilab, will provide a precise determination of the electron/positron identification, momentum, and energy, and the anti-electron neutrino content of the beam

Electron Detection in the Reference Near Detector for DUNE and Constraints on the Anti-electron-neutrino Normalization