Renormalization group analysis of the QCD quark potential to order v^2

A. Pineda; A. Pineda; A. Pineda; A.F. Falk; A.V. Manohar; Aneesh V. Manohar; B. Blok; B. Grinstein; B.A. Kniehl; C. Bauer; E. Eichten; G.T. Bodwin; G.T. Bodwin; H.W. Griesshammer; Iain W. Stewart; J. Pantaleone; M. Beneke; M. Luke; M. Luke; M. Luke; M. Peter; M.E. Luke; M.L.G. Redhead; N. Brambilla; N. Brambilla; P. Labelle; P.V. Nieuwenhuizen; S. Titard; S.N. Gupta; W. Buchmuller; W.E. Caswell; Y. Chen; Y. Schröder

research

Renormalization group analysis of the QCD quark potential to order v^2

Authors: A. Pineda
A. Pineda
A. Pineda
A.F. Falk
A.V. Manohar
Aneesh V. Manohar
B. Blok
B. Grinstein
B.A. Kniehl
C. Bauer
E. Eichten
G.T. Bodwin
G.T. Bodwin
H.W. Griesshammer
Iain W. Stewart
J. Pantaleone
M. Beneke
M. Luke
M. Luke
M. Luke
M. Peter
M.E. Luke
M.L.G. Redhead
N. Brambilla
N. Brambilla
P. Labelle
P.V. Nieuwenhuizen
S. Titard
S.N. Gupta
W. Buchmuller
W.E. Caswell
Y. Chen
Y. Schröder
Publication date: 3 December 1999
Publisher: 'American Physical Society (APS)'
Doi

Abstract

A one-loop renormalization group analysis of the order v^2 relativistic corrections to the static QCD potential is presented. The velocity renormalization group is used to simultaneously sum ln(m/mv) and ln(m/mv^2) terms. The results are compared to previous calculations in the literature.Comment: 13 pages. important change: running of soft Lagrangian include

Similar works

Full text

Open in the Core reader

Download PDF

Available Versions

Crossref

info:doi/10.1103%2Fphysrevd.62...

Last time updated on 02/01/2020