13–15 Dec 2017
Centro Polifunzionale UniBA
Europe/Rome timezone
SM&FT 2017 High Performance Computing in Theoretical Physics

Probing renormalized perturbation theory with data from lattice QCD at high energies

14 Dec 2017, 09:40
40m
Centro Poluifunzionale UniBA

Centro Poluifunzionale UniBA

Speaker

Dr Stefan Sint (Trinity College Dublin)

Description

Using lattice QCD and a finite space time volume to set the scale, a family of renormalized QCD couplings in SF schemes can be traced non-perturbatively from intermediate to high energies of O(100 GeV), where perturbation theory is expected to work very well. I will first discuss the continuum extrapolation of the lattice data and then assess the quality of renormalized perturbation theory in a number of ways, based on the available 2-loop matching between the MSbar and the SF schemes.

Primary author

Dr Stefan Sint (Trinity College Dublin)

Presentation materials