Speaker
Ryan Plestid
(University of Kentucky/Fermilab)
Description
As neutrino physics marches towards its goal of percent-level determinations of oscillation parameters, the corresponding theory of neutrinos scattering off nuclei (detector material) must be improved and developed to a sub-percent level of precision. Large logarithms, e.g. $\log(E_\nu/m_e)$, and coherent enhancements, i.e. $Z\alpha/v$, can enhance QED corrections significantly. In this talk I will discuss Coulomb corrections in detail and comment on the importance of radiative corrections for coherent elastic neutrino nucleus scattering (CEvNS).
| First author | Ryan Plestid |
|---|---|
| rpl225@uky.edu | |
| Collaboration / Activity | Not applicable? |
Primary authors
Ryan Plestid
(University of Kentucky/Fermilab)
Dr
Oleksand Tomalak
(University of Kentucky / Fermilab)
Prof.
Richard Hill
(University of Kentucky / Fermilab)
Dr
Vishvas Pandey
(University of Florida)
Dr
Pedro Machado
(Fermilab)
