Measurement of fragmentation properties of charmed particle production in charged-current neutrino interactions

Quick Review of Basic Neutrino Properties • Charged Current Neutrino Processes

Tau neutrino deep inelastic charged current interactions

The νμ → ντ oscillation hypothesis will be tested through ντ production of τ in underground neutrino telescopes as well as long-baseline experiments. We provide the full QCD framework for the evaluation of tau neutrino deep inelastic charged current (CC) cross sections, including next-leading-order (NLO) corrections, charm production, tau threshold, and target mass effects in the collinear appr...

Measurement of Charged Current Charged Single Pion Production in SciBooNE

Neutrino-induced charged current single charged pion production (CC-1π) is dominated by baryonic resonance excitation off a single nucleon bound in a nucleus in the neutrino energy region of a few GeV. The resonance state is followed by its prompt decay into a nucleon and a pion in the final state. The process is written as νμN → μ Nπ, where N is proton or neutron. In addition to this reaction,...

Transport study of charged current interactions in neutrino-nucleus reactions

M. Kant and W. Cassing, Univ. of Giessen, Germany K. Langanke, GSI Darmstadt, Germany P. Vogel, California Institute of Technology, Pasadena, USA The interest in neutrino induced reactions has been rapidly increasing during the last decade while current and future long base-line (LBL) experiments, K2K, MiniBoone, MINOS, CERN-GS, J2K etc. aim at determining the electro-weak response of nucleons ...

Charm Production and Fragmentation in Charged Current DIS

In charged current deep inelastic scattering charm is dominantly produced in scattering events on strange quarks, thereby allowing for an experimental determination of the nucleon’s strange sea density. A measurement of the energy spectrum of final state charm fragments (D-mesons) determines the charm fragmentation function at spacelike scales considerably below typical ee c.m.s. energies. NLO ...