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MINERvA Document 12688-v9

TN080 RPA systematic uncertainties

Document #:
MINERvA-doc-12688-v9
Document type:
note
Submitted by:
Richard Gran
Updated by:
Richard Gran
Document Created:
19 Nov 2016, 11:26
Contents Revised:
08 May 2017, 19:42
DB Info Revised:
08 May 2017, 20:08
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Abstract:
This paper describes the basis for assigning and implementing a model uncertainty for the Valencia RPA multi-nucleon effect. The analysis of neutrino data in Rodrigues et al. makes clear the need for an RPA effect, especially describing the suppression at very low momentum transfer. That published analysis does not constrain the magnitude of the effect; it only tests models with and without the effect against the data. Other MINERvA analyses need an expression of the model uncertainty in the RPA effect. A well-described uncertainty can be used for systematics for unfolding, for model errors in the analysis of non-QE samples, and possibly even as input for fitting exercises for model testing or constraining backgrounds. This prescription follows closely the one used by T2K and would be a suitable starting point for NOvA and possibly even DUNE.
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Notes and Changes:
Updated to the arXiv version
https://arxiv.org/abs/1705.02932
Referenced by:
  • MINERvA-doc-12818: New 2017 RPA uncertainty applied to low recoil distributions
Associated with Events:
held on 23 Nov 2016 in Connection: Readytalk: 8667401260, access code 8402382
Publication Information:
https://arxiv.org/pdf/1704.07817.pdf
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