Introduction to QCD slides - P.Hoyer.pdf - High Energy Physics Group
Introduction to QCD slides - P.Hoyer.pdf - High Energy Physics Group
Introduction to QCD slides - P.Hoyer.pdf - High Energy Physics Group
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Paul <strong>Hoyer</strong> Mugla 2010<br />
Concluding remarks<br />
Perturbative <strong>QCD</strong> has been successfully applied <strong>to</strong> hard collision data.<br />
!<br />
"<br />
! $% & ' ()**+, - ()((*(<br />
#<br />
<strong>QCD</strong> effects constitutes the major background in the search for new physics<br />
at the Tevatron and the LHC. Hence much effort is expended on making the<br />
calculations as accurate as possible.<br />
e Standard Model A. Pich - CER<br />
<strong>High</strong> intensity electron beams at Jefferson Lab, Mainz,... are mapping out<br />
hadron structure through Form fac<strong>to</strong>rs and Generalized Par<strong>to</strong>n Distributions.<br />
Lattice <strong>QCD</strong> methods allow fast progress in the calculation of nonperturbative<br />
quantities, such as the hadron spectrum.<br />
The simple Quark Model systematics of the hadron spectrum remains an<br />
encouraging mystery.<br />
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