This course is an introduction the quantum chromodynamics, the microscopic theory of the strong interactions.

It will be taught jointly by a theoretician (S. Munier) and an experimenter (F. Machefert).

Theory part:

- Asymptotic freedom and its consequences

- Deep-inelastic scattering; parton densities and their evolution in perturbative QCD; DGLAP equation

- Sudakov form factor (derived in QED; This is an advanced field theory topic)

- Infrared-safe observables; properties of final states.

Bibliography:

- M.Peskin and D. Schroeder, An Introduction to quantum field theory, 1995, Reading, USA: Addison-Wesley (1995). The notations and conventions will be taken from this reference.

- T. Muta, "Foundations of quantum chromodynamics", World scientific, 1998.

- R K Ellis, W J Stirling and B R Webber, "QCD and Collider Physics", Cambridge University Press.

- Teaching coordinator: Machefert Frédéric
- Teaching coordinator: Mueller Thomas
- Teaching coordinator: Munier Stéphane
- Teaching coordinator: Paganini Pascal