NOvA results of the 2020 joint analysis of nue appearance and numu disappearance data presented at NEUTRINO 2020: https://indico.fnal.gov/event/43209/contributions/187840/attachments/130740/159597/NOvA-Oscilations-NEUTRINO2020.pdf
Exposure:
13.6E20 protons on target, neutrino-enhanced beam
12.5E20 protons on target, antineutrino-enhanced beam
Parameters not constrained by NOvA:
- th13 is assumed to be Gaussian, ss2th13 = 0.085 +/- 0.003 (PDG 2019, Phys. Rev. D98, 030001 (2018) and 2019 update, https://pdg.lbl.gov/2019/listings/rpp2019-list-neutrino-mixing.pdf)
- ss2th12 = 0.851, dm21=7.53e-5 are fixed at 2019 PDG values
Significances are obtained with the Feldman-Cousins procedure.
Files contain TGraphs for the following:
- ssth23 vs deltaCP 1,2,3 sigma and 90% CL contours, for NH or IH
- dmsq32 vs ssth23 1,2,3 sigma and 90% CL contours, for NH or IH
- deltaCP profile for NH UO, NH LO, IH LO, IH UO
- ssth23 profile for NH, IH
- dmsq32 profile for NH UO, NH LO, IH LO, IH UO
Contour files also include a TMarker with the best-fit parameters (in the NH)
An additional file containing the predictions for all channels’ signal and background components computed at the NOvA best-fit oscillation parameters and systematic pull terms. Numu samples include the no-oscillation case as well.
Please note that any fits performed with these histograms are not expected to exactly reproduce the official NOvA results as parameterizations of the numerous systematic uncertainties considered in the official fits are not included in this release.
