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100 Mb plus of lecture slides, 16 lectures, 136 pages, Lecture WS 2005/2006, University of Hamburg, DESY -- Sem. 2

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100 Mb plus of lecture slides, 16 lectures, 136 pages, Lecture WS 2005/2006, University of Hamburg, DESY -- Sem. 2 From the contents with weblinks to each seminar/lecture: "sem 2 Intro to Deep Inelastic Scattering: kinematics, cross sections, QPM 16.11. sem 2 Renormalisation and Evolution 23.11. sem 2 Renormalisation and Evolution II 30.11. sem 2 DGLAP and all that 7.12. sem 2 DGLAP, small x and all that 14.12. 61/Hoersaal Small x evolution: BFKL/CCFM 21.12. sem 2 Exercises example file for form Solution to selected exercises by Zhenyu Ye (Frank) 11.1. sem 2 Small x (continued) 18.1. sem 2 Jets in LO/NLO 25.1. sem 2 Jets and Heavy Quarks in LO/NLO and Fragmentation 1.2. sem 2 Heavy Quarks, Fragmentation and Hadronization 8.2. sem 2 Parton Showers, Hadronization and Diffraction 15.2. sem 2 Diffraction II 22.2. Lab1/sem 1 Diffraction III (high density systems) sem 2 11:30 Structure of the photon; Resumee of lectures, discussion and questions Literature (in alphabetic order): Applications of pQCD, R.D. Field Addison--Wesley 1989 Basics of perturbative QCD Yu. Dokshitzer , V. Khoze and A. Mueller & S. Troyan Edition Frontiers 1991 Collider Physics V.D. Barger and R.J.N. Phillips Addison--Wesley 1987 Deep Inelastic Scattering. R. Devenish and A. Cooper--Sarkar Oxford 2004 Handbook of pQCD G. Sterman et al, High-Energy Particle Diffraction V. Barone and E. Predazzi Springer 2002 Quarks and Leptons F. Halzen and A.D. Martin J.Wiley 1984 QCD and collider physics R.K. Ellis, W.J. Stirling and B.R. Webber Cambridge 1996 QCD at HERA M. Kuhlen Springer 1999 Quantum Field Theory F. Mandl and G. Shaw Wiley, 1993 The Lund Model Bo Andersson Cambridge 1998 The Partonic Structure of the Photon M. Erdmann Springer 1997 The Structure of the Proton R.G. Roberts Cambridge 1990 Example FORM--programs: electron quark --> electron quark EPA calculation gamma* gluon ---> quark anti--quark (BGF, with full polarisation sums for tranverse and long. photons) gamma* quark --> gluon quark (QCDC, in massive gluon scheme) gamma* gluon --> quark anti--quark (BGF, in massive gluon scheme) Exercises: 1 to 12" https://www.desy.de/~jung/qcd_collider_physics_2005/welcome.html

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Open access https://www.desy.de/~jung/qcd_collider_physics_2005/welcome.html

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