Speaker
Mr
Mattia Dalla Brida
(Trinity College Dublin)
Description
The chirally rotated Schrödinger functional for Wilson quarks allows for finite-volume, mass-independent renormalization schemes compatible with automatic O(a)-improvement. So far, in QCD, the setup has only been studied in the quenched approximation. Here we present first results for Nf=2 dynamical flavors for several renormalization factors of quark bilinears. We discuss how such renormalization factors can be easily obtained from simple ratios of two-point functions, and show how automatic O(a)-improvement is at work. We then compare our results with previous Schrödinger functional determinations.
Primary author
Mr
Mattia Dalla Brida
(Trinity College Dublin)
Co-authors
Prof.
John Bulava
(Trinity College Dublin)
Prof.
Stefan Sint
(Trinity College Dublin)
