QCD and Monte Carlos

 
 

QCD and Monte Carlos

Lecture Course

Hannes Jung (DESY, U Antwerp)

University Antwerp


The lecture course is intended for master students, PhD students and postdocs. It covers a basic introduction to QCD and the QCD evolution equations (DGLAP, BFKL and CCFM).

A basic introduction to Monte Carlo methods will be given, and these methods will be applied to calculate cross sections and the evolution of parton densities.


During the course we will learn, how to write a small program to integrate a partonic cross section. We will apply Monte Carlo methods to solving the DGLAP evolution equation and to calculate the transverse momentum spectrum of Higgs production in proton-proton collisions at the LHC.


The course is held at University Antwerp, in blocks of 1-2 day lectures with exercise sessions in the afternoon.


Lectures will be on4

24. Nov    9:00 - 12     Exercises    14 - 16:30

25. Nov    9:30 - 12     Exercises    14 - 16:30

1.   Dec     9:30 - 12     Exercises    14 - 16:30

2.   Dec     9:30 - 12     Exercises    14 - 16:30

15. Dec     9:30 - 12     Exercises    14 - 16:30  

16. Dec     9:30 - 12     Exercises    14 - 16:30


 
  Lectures
      24. Nov 2009  Lecture 1 part1
                               Lecture 1 part2
                               Lecture 1 scan part1
                               Lecture 1 scan part2
      25. Nov 2009  Lecture 2 
                               Lecture 2 scan
         1. Dec 2009  Lecture 3
                               Lecture 3 scan
         2. Dec 2009  Lecture 4
                               Lecture 4 scan
       15. Dec 2009  Lecture 5
                               Lecture 5 scan
       16. Dec 2009  Lecture 6
                               Lecture 6 scan
  Exercises 
Root in 5 seconds
How to get started
Exercise 1 text sheet
Exercise 1 template
Exercise 1 solution
Exercise 2 text sheet
Exercise 2 template
Exercise 2 solution
Exercise 3 text sheet
Exercise 3 template
Exercise 3 solution
Exercise 4 text sheet
Use Exercise 3 template
Exercise 5 text sheet
Exercise 5 template
Exercise 5 solution
Exercise 6 text sheet
Exercise 6 template
Exercise 6 solution


http://www.desy.de/~jung/qcd_and_mc_2009-2010/lecture1-part1-new.pdfhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/lecture1-part2-new.pdfhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/scan-lecture1-part1.pdfhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/scan-lecture1-part2.pdfhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/lecture2.pdfhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/scan-lecture2.pdfhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/lecture3.pdfhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/scan-lecture3.pdfhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/lecture4.pdfhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/scan-lecture4.pdfhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/lecture5.pdfhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/scan-lecture5.pdfhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/lecture6.pdfhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/scan-lecture6.pdfhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/ROOT-primer.pdfhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/howtostart.pdfhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/exercise-1.pdfhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/templates-exercises-1http://www.desy.de/~jung/qcd_and_mc_2009-2010/exercises-1http://www.desy.de/~jung/qcd_and_mc_2009-2010/exercise-2.pdfhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/templates-exercises-2http://www.desy.de/~jung/qcd_and_mc_2009-2010/exercises-2http://www.desy.de/~jung/qcd_and_mc_2009-2010/exercise-3.pdfhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/templates-exercises-3http://www.desy.de/~jung/qcd_and_mc_2009-2010/exercises-3http://www.desy.de/~jung/qcd_and_mc_2009-2010/exercise-4.pdfhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/exercise-5.pdfhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/templates-exercises-5http://www.desy.de/~jung/qcd_and_mc_2009-2010/exercises-5http://www.desy.de/~jung/qcd_and_mc_2009-2010/exercise-6.pdfhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/templates-exercises-6http://www.desy.de/~jung/qcd_and_mc_2009-2010/exercises-6shapeimage_2_link_0shapeimage_2_link_1shapeimage_2_link_2shapeimage_2_link_3shapeimage_2_link_4shapeimage_2_link_5shapeimage_2_link_6shapeimage_2_link_7shapeimage_2_link_8shapeimage_2_link_9shapeimage_2_link_10shapeimage_2_link_11shapeimage_2_link_12shapeimage_2_link_13shapeimage_2_link_14shapeimage_2_link_15shapeimage_2_link_16shapeimage_2_link_17shapeimage_2_link_18shapeimage_2_link_19shapeimage_2_link_20shapeimage_2_link_21shapeimage_2_link_22shapeimage_2_link_23shapeimage_2_link_24shapeimage_2_link_25shapeimage_2_link_26shapeimage_2_link_27shapeimage_2_link_28shapeimage_2_link_29shapeimage_2_link_30shapeimage_2_link_31
Literature:
Partons in QCD                                  G. Altarelli, Phys. Rept 81 (1981)
Collider Physics                                  V.D. Barger & R.J.N. Phillips
Deep Inelastic Scattering.                  R. Devenish & A. Cooper-Sarkar
Basics of pQCD                           Y. Dokshitzer,V. Khoze, Al Mueller, S. Troyan
QCD and collider physics     R.K. Ellis & W.J. Stirling & B.R. Webber
Applications of pQCD                       R.D. Field
Quarks and Leptons                           F. Halzen & A.D. Martin
Handbook of pQCD                 G. Sterman et al
Monte Carlo Tutorial            J. Vermaseren (Nikhef) 2008

C++/ROOT (Tutorial)            B.List (University Hamburg) 2007





http://www.lpthe.jussieu.fr/~yuri/BPQCD/cover.htmlhttp://www.hep.phy.cam.ac.uk/theory/webber/QCDbook.htmlhttp://www.desy.de/~jung/qcd_and_mc_2009-2010/R.Field-Applications-of-pQCD.pdfhttp://www.phys.psu.edu/~cteq/#Handbookhttp://www.nikhef.nl/~form/maindir/courses/http://www.desy.de/~blist/summerstudents/summer_lectures.2007cpp.htmlshapeimage_3_link_0shapeimage_3_link_1shapeimage_3_link_2shapeimage_3_link_3shapeimage_3_link_4shapeimage_3_link_5