QCD and collider physics II
Lecture SoSe 2006
University Hamburg

Jochen Bartels/Hannes Jung

Wednesday 11:00 – 12:30 
DESY - Sem 2


Program:

19.4.	sem 2	Monte Carlo methods and event generators	H. Jung
26.4.	sem 2	QCD evolution (DGLAP-BFKL/CCFM), factorization and cross sections	H. Jung
3.5.	sem 2	PDF fits and errors	S. Glazov
10.5.	sem 2	Heavy Quarks	A. Meyer
17.5.	sem 2	Jets: algorithms and measurements	G. Grindhammer
24.5.	sem 2	Diffraction	K. Borras
31.5.	sem 2	High Density systems I	J. Bartels
7.6.		Pentecost / Whitsuntide break
14.6.	sem 2	High Density systems II	J. Bartels
21.6.	sem 2	High Density systems III (cancelled)	J. Bartels
28.6.	sem 2	Scientific literature research	A.Holtkamp/K.Sachs
5.7.	sem 2	Accelerator physics (part1, part2)	B. Holzer

Literature (in alphabetic order):

Applications of pQCD	R.D. Field	Addison-Wesley 1989
Basics of perturbative QCD	Yu. Dokshitzer & V. Khoze & A. Mueller & S. Troyan	Edition Frontiers 1991
Collider Physics	V.D. Barger & R.J.N. Phillips	Addison-Wesley 1987
Deep Inelastic Scattering.	R. Devenish & A. Cooper-Sarkar	Oxford 2004
Handbook of pQCD	G. Sterman et al,
High-Energy Particle Diffraction	V. Barone & E. Predazzi	Springer 2002
Quarks and Leptons	F. Halzen & A.D. Martin	J.Wiley 1984
QCD: High energy experiments and theory	G. Dissertori,I. Knowles, M. Schmelling	Oxford 2003
QCD and collider physics	R.K. Ellis & W.J. Stirling & B.R. Webber	Cambridge 1996
QCD at HERA	M. Kuhlen	Springer 1999
Quantum Field Theory	F. Mandl & G. Shaw	Wiley, 199
STATISTICAL DATA ANALYSIS	Glen Cowan
Statistische und numerische Methoden der Datenanalyse	V. Blobel & E. Lohrmann
The Lund Model	Bo Andersson	Cambridge 1998

Exercises: