Neutrino structure functions predictions for high‐energy and high‐precision neutrino experiments

Abstract

Funding Information IF-Farroupilha.A quantum chromodynamics (QCD)-based analysis of the neutrino structure functions xF 2 , xF 3 , and ΔxF 3 for charged current and neutral neutrino deep inelastic scattering (DIS) is performed focusing on high-energy and high-precision neutrino experiments. The investigation is done taking into account the color dipole formalism, considering a wide region of the kinematic variables Bjorken-x, and boson virtuality Q 2 . We consider the state of the art on the dipole cross-section, which describes successfully the deep inelastic inclusive and exclusive production. The theoretical predictions will be compared with the prospects for future experimental projects in the small-x region, for instance, the neutrino scattering experiments Neutrino Scattering On Glass and Minerva. KEYWORDSMinerva experiment -neutrino experiments -neutrino structure functions -QCD color dipole formalism 1