This course is aimed at Ph.D. students and advanced M.Sc./Diploma students. It is not a basic course in particle physics, a topic with which the students will be assumed to have some familiarity.
The intention of this course is to give an overview of the main theoretical physics concepts that underlie our understanding of high-energy collisions, specifically proton-proton collisions at the LHC machine. To be more precise, the emphasis is on QCD aspects of collisions, which by necessity enter in all processes at a hadron collider. It is complementrary to other Nordic schools, such as the recent Odense one on BSM physics at the LHC and the upcoming Ph.D. course in Copenhagen on Advanced methods in statistical data analysis.
The backbone of the course will be 10 lecture sessions of 2 * 45 minutes each. A tentative schedule is as follows:
The lectures are interspersed and complemented by exercise sessions, with both analytical and computer-based tasks. These tasks will require the students to run some software on their own computer. This page will reflect the list of prerequisite software as it becomes available.
Active participation in the course during the week will give 2 ECTS. Further literature studies and a take-home exam, to be completed before mid-November, will qualify for a further 3 ECTS. (All subject to approval by the student home university.)
We encourage everyone to utilize their own travel budget. However, we do have some money for travel support. Please get directly in touch with the organizers if you think you might need financial support.