In these lectures, I will present a pedagogical treatment of perturbative QCD and its application to LHC physics. I will undertake to provide a reasonably rigorous formalism of hard-scattering of quarks and gluons as well as an intuitive understanding of the physics behind the scattering. I will emphasize the role of logarithmic corrections as well as power counting in alpha_s in order to understand the behavior of hard-scattering processes. I will re-count our experience from the Tevatron and compare pQCD predictions to the data from the LHC.
The lectures are as follows:
1) Introduction to pQCD
2) Higher order calculations
3) Parton distribution functions
4) Jet (and photon) reconstruction
5) Comparisons to LHC data (I)
6) Comparisons to LHC data (II)