22 June 2020 to 2 July 2020
US/Central timezone

Neutrino charged pion production on water in extended phase space using Michel electron reconstruction in the T2K Near Detector

Not scheduled
10m

Speaker

Mr Sam Jenkins (University of Sheffield)

Description

In addition to providing constraints for measurements of neutrino oscillations, the T2K off-axis near detector ND280 also measures a variety of neutrino interaction rates, in various exclusive channels.

I will present the status of an updated measurement of the muon neutrino charged current cross section with one positively charged pion in the final state ($\nu_\mu CC1\pi^+$) in ND280. The updated measurement will include greater statistics and access to extended regions of phase space. This is achieved with the inclusion of kinematic reconstruction of the charged pion from its subsequent decay chain to Michel electrons.

New or updated neutrino cross section measurements will be used to compare to our current interaction models, in order to reduce model-related systematics. This will be particularly important for next generation oscillation experiments.

Mini-abstract

Updated charged current single pion cross-section analysis, using Michel electron reconstruction

Experiment/Collaboration T2K

Primary author

Mr Sam Jenkins (University of Sheffield)

Co-author

Dr Xianguo Lu (Oxford University)

Presentation materials