QCD and Monte Carlos

 
 

QCD and Monte Carlos

Lecture Course

Hannes Jung (DESY, U Antwerp)

Antwerp 2008 - 2009


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, to plot basic observables as transverse momenta of jets. 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 or 2 day lectures with exercise sessions in the afternoon.


 
  Lectures
13. Nov 2008   Lecture 1
                          Blackboard Scan
                          Monte Carlo Intro
14. Nov 2008   Lecture 2
                          Blackboard Scan
13. Dec  2008   Lecture 3
                          Blackboard Scan
Jan   2009   Lecture 4
                          Blackboard Scan
Feb  2009    Lecture 5
                          Blackboard Scan
20. Feb  2009    Lecture 6
                          Blackboard Scan

  Exercises
    How to get started
    Root in 5 seconds
13. Nov 2008 Exercise sheet
                        Solutions
14. Nov 2008 Exercise sheet
                        Solutions
13. Dec  2008 Exercise sheet
                        Solutions
16. Jan   2009 Exercise sheet
                        Solutions
19. Feb  2009 Exercise sheet
                        Solutions

20. Feb  2009http://www.desy.de/~jung/qcd_and_mc_2008/lecture1.pdfhttp://www.desy.de/~jung/qcd_and_mc_2008/blackboard-scan-lecture1.pdfhttp://www.desy.de/~jung/qcd_and_mc_2008/MonteCarlo.pdfhttp://www.desy.de/~jung/qcd_and_mc_2008/lecture2.pdfhttp://www.desy.de/~jung/qcd_and_mc_2008/blackboard-scan-lecture2.pdfhttp://www.desy.de/~jung/qcd_and_mc_2008/lecture3.pdfhttp://www.desy.de/~jung/qcd_and_mc_2008/blackboard-scan-lecture3.pdfhttp://www.desy.de/~jung/qcd_and_mc_2008/lecture4.pdfhttp://www.desy.de/~jung/qcd_and_mc_2008/blackboard-scan-lecture4.pdfhttp://www.desy.de/~jung/qcd_and_mc_2008/lecture5.pdfhttp://www.desy.de/~jung/qcd_and_mc_2008/blackboard-scan-lecture5.pdfhttp://www.desy.de/~jung/qcd_and_mc_2008/lecture6.pdfhttp://www.desy.de/~jung/qcd_and_mc_2008/blackboard-scan-lecture6.pdfhttp://www.desy.de/~jung/qcd_and_mc_2008/howtostart.pdfhttp://www.desy.de/~jung/qcd_and_mc_2008/ROOT-primer.pdfhttp://www.desy.de/~jung/qcd_and_mc_2008/exercise-1.pdfhttp://www.desy.de/~jung/qcd_and_mc_2008/example-1http://www.desy.de/~jung/qcd_and_mc_2008/exercise-2.pdfhttp://www.desy.de/~jung/qcd_and_mc_2008/example-2http://www.desy.de/~jung/qcd_and_mc_2008/exercise-3.pdfhttp://www.desy.de/~jung/qcd_and_mc_2008/example-3http://www.desy.de/~jung/qcd_and_mc_2008/exercise-4.pdfhttp://www.desy.de/~jung/qcd_and_mc_2008/example-4http://www.desy.de/~jung/qcd_and_mc_2008/exercise-5.pdfhttp://www.desy.de/~jung/qcd_and_mc_2008/example-5shapeimage_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_24
Literature:
Applications of pQCD                       R.D. Field
Collider Physics                                  V.D. Barger & R.J.N. Phillips

C++/ROOT (Tutorial)            B.List (University Hamburg) 2007
Deep Inelastic Scattering.                  R. Devenish & A. Cooper-Sarkar
Handbook of pQCD                 G. Sterman et al

Monte Carlo Tutorial            J. Vermaseren (Nikhef) 2008
Quarks and Leptons                           F. Halzen & A.D. Martin
QCD and collider physics       R.K. Ellis & W.J. Stirling & B.R. Webber

http://www.desy.de/~blist/summerstudents/summer_lectures.2007cpp.htmlhttp://www.phys.psu.edu/~cteq/#Handbookhttp://www.nikhef.nl/~form/maindir/courses/shapeimage_3_link_0shapeimage_3_link_1shapeimage_3_link_2