  Many scenarios of new physics predict the existence of neutrino Non-Standard
Interactions, new vector contact interactions between neutrinos and first
generation fermions beyond the Standard Model. We obtain model-independent
constraints on the Standard Model Effective Field Theory at high energies from
bounds on neutrino non-standard interactions derived at low energies. Our
analysis explores a large set of new physics scenarios and includes full
one-loop running effects below and above the electroweak scale. Our results
show that neutrino non-standard interactions already push the scale of new
physics beyond the TeV. We also conclude that bounds derived by other
experimental probes, in particular by low-energy precision measurements and by
charged lepton flavor violation searches, are generally more stringent. Our
study constitutes a first step towards the systematization of phenomenological
analyses to evaluate the impact of neutrino Non-Standard Interactions for new
physics scenarios at high energies.
