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Neutrino non-standard interactions (NSI) with the first generation ofstandard model fermions can span a parameter space of large dimension andexhibit degeneracies that cannot be broken by a single class of experiment.Oscillation experiments, together with neutrino scattering experiments, canmerge their observations into a highly informational dataset to combat thisproblem. We consider combining neutrino-electron and neutrino-nucleusscattering data from the Borexino and COHERENT experiments, including aprojection for the upcoming coherent neutrino scattering measurement at theCENNS-10 liquid argon detector. We extend the reach of these data sets over theNSI parameter space with projections for neutrino scattering at a futuremulti-ton scale dark matter detector and future oscillation measurements fromatmospheric neutrinos at the Deep Underground Neutrino Experiment (DUNE). Inorder to perform this global analysis, we adopt a novel approach using thecopula method, utilized to combine posterior information from differentexperiments with a large, generalized set of NSI parameters. We find that thecontributions from DUNE and a dark matter detector to the Borexino and COHERENTfits can improve constraints on the electron and quark NSI parameters by up toa factor of 2 to 3, even when relatively many NSI parameters are left free tovary in the analysis.

A global analysis strategy to resolve neutrino NSI degeneracies with scattering and oscillation data