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High Energy Physics

Department of Physics and Astronomy

Faculty of Technology and Science

QCD@Colliders

The course will be given during November and December 2006.

There will be a first meeting on Tuesday, October 31st, at 14.15 in the coffe/meeting room at the department of Nuclear and Particle Physics, when we will go through some practicalities such as deciding the schedule for the course. (If you cannot come to this meeting, please send me an email with your most important time constraints.)

The lectures will mainly follow the book "QCD and Collider Physics" by Ellis, Stirling and Webber (Cambridge), with the following contents:
1. Fundamentals of QCD
2. Asymptotic freedom and confinement
3. QCD in electron-positron annihilation
4. Deep inelastic scattering
5. Parton branching and jet simulation
6. Jet properties beyond fixed order
7. Hadroproduction of jets and photons
(8. Electroweak interactions)
9. The production of vector bosons
10. Heavy quarks
(11. Higgs bosons at high energy colliders)
12. Measurements of the strong coupling constant

Other books of relevance are:
"Foundations of Quantum chromodynamics", T. Muta, World Scientific
"Basics of Perturbative QCD", Y. Dokshitzer et al, Editions Frontiers
"The structure of the proton", R.G. Roberts, Cambridge monographs
"The Lund Model", B. Andersson, Cambridge
"Handbook of perturbative QCD", G. Sterman et al., http://www.phys.psu.edu/~cteq/#Handbook
and also some more general books on particle physics and field theory:
"Quarks and Leptons", Halzen and Martin, Wiley
"Elementary Particle Physics", O. Nachtmann, Springer
"Quantum Field Theory", M. Peskin and D.V. Schroeder, Addison Wesley?
"Gauge Theory of Elementary Particle Physics", Cheng and Li, Oxford

The course gives 5 points, and the examination will be in the form of hand-in excercises and a seminar, on a specialized subject, by each of the participants. (If you do not want to take the full course please contact me and we can can decide on a suitable subset of hand-in exercises.)

Responsible lecturer: Johan Rathsman


Preliminary schedule:
Date Time Place Subject Hand-in exercise
Mon 6/11 13-15 80101 Fundamentals of QCD fundamentals
Fri 17/11 13-15 12167 Asymptotic freedom and confinement asymptotic
Tue 21/11 13-15 80109 Asymptotic freedom and confinement, cont'd
Wed 22/11 13-15 80127 QCD in electron-positron annihilation eeannihilation
Fri 1/12 13-15 80115 Deep inelastic scattering
Mon 4/12 13-15 11167 Deep inelastic scattering, cont'd dis
Wed 6/12 13-15 4006 Hand-in exercise 1, 2 and 3
Mon 11/12 13-15 12167 Parton branching and jet simulation
Thu 14/12 13-15 80115 Parton branching and jet simulation, cont'd fragmentation
Mon 18/12 10-12 11167 Hadroproduction of jets and the Drell-Yan mechanism
Thu 11/1 13-15 12167 Hadroproduction of vector bosons and heavy quarks hadron
Mon 15/1 13-15 11167 Presentations by students
Thu 18/1 13-15 11167 Presentations by students

Suggested topics for presentations by students (20+5 min):
Student Topic
Camille Jet-algorithms for hadron colliders pdf-file
David CKKW and MLM matching pdf-file
Elias Top-quark decays including QCD corrections pdf-file
Henrik Quarkonium production pdf-file
Magdalena (S)QCD and AdS/CFT correspondence pdf-file
Martin Underlying events in hadron collisions pdf-file
Oscar MC@NLO pdf-file
Sophie Quarkonium spectroscopy pdf-file

A similar course was given in 1999/2000 by Gunnar Ingelman. For more details, see this link.