AbstractWe examine the possibility that one could measure partonic charge symmetry violation (CSV) by comparing neutrino or antineutrino production through charged-current reactions induced by electrons or positrons at a possible electron collider at the LHC. We calculate the magnitude of CSV that might be expected at such a facility. We show that this is likely to be a several percent effect, substantially larger than the typical CSV effects expected for partonic reactions
This review article discusses the experimental and theoretical status of partonic charge symmetry. I...
AbstractWe report a calculation of the combined effect of photon radiation and quark mass difference...
We discuss the implications of a leptonic CP-violation in neutrino oscillation experiments and the p...
We examine the possibility that one could measure partonic charge symmetry violation (CSV) by compar...
By comparing structure functions measured in neutrino and charged lepton deep inelastic scattering, ...
We review constraints on parton charge symmetry from various experiments. Recently charge symmetry v...
The NuTeV group has measured charged and neutral current reactions for neutrinos on iron targets. Ra...
Charge symmetry for parton distributions can be tested by comparing structure functions from neutrin...
Recent measurements of the Gottfried Sum Rule have focused attention on the possibility of substanti...
Recently, a global phenomenological fit to high energy data has included charge symmetry breaking te...
Recent phenomenological work has examined two different ways of including charge symmetry violation ...
To date, the strongest indication of charge symmetry violation in parton distributions has been obta...
We report a calculation of the combined effect of photon radiation and quark mass differences on cha...
In principle one can test the validity of charge symmetry for parton distributions by comparing stru...
© 2005 IOP Publishing LtdFor the first time, charge symmetry breaking terms in parton distribution f...
This review article discusses the experimental and theoretical status of partonic charge symmetry. I...
AbstractWe report a calculation of the combined effect of photon radiation and quark mass difference...
We discuss the implications of a leptonic CP-violation in neutrino oscillation experiments and the p...
We examine the possibility that one could measure partonic charge symmetry violation (CSV) by compar...
By comparing structure functions measured in neutrino and charged lepton deep inelastic scattering, ...
We review constraints on parton charge symmetry from various experiments. Recently charge symmetry v...
The NuTeV group has measured charged and neutral current reactions for neutrinos on iron targets. Ra...
Charge symmetry for parton distributions can be tested by comparing structure functions from neutrin...
Recent measurements of the Gottfried Sum Rule have focused attention on the possibility of substanti...
Recently, a global phenomenological fit to high energy data has included charge symmetry breaking te...
Recent phenomenological work has examined two different ways of including charge symmetry violation ...
To date, the strongest indication of charge symmetry violation in parton distributions has been obta...
We report a calculation of the combined effect of photon radiation and quark mass differences on cha...
In principle one can test the validity of charge symmetry for parton distributions by comparing stru...
© 2005 IOP Publishing LtdFor the first time, charge symmetry breaking terms in parton distribution f...
This review article discusses the experimental and theoretical status of partonic charge symmetry. I...
AbstractWe report a calculation of the combined effect of photon radiation and quark mass difference...
We discuss the implications of a leptonic CP-violation in neutrino oscillation experiments and the p...