corso|33602

GENERAL OBJECTIVES: Aim of the course is advancing with the study of the fundamental aspects of Quantum Field Theory, starting from the topics covered in the course “Introduction to Quantum Field Theory 1”. In particular, the course will i) give a thorough and systematic discussion of relativistic scattering theory; ii) illustrate the application of perturbation theory beyond tree level; iii) discuss the procedure of renormalization of a field theory. The know-how acquired by attending this course is key for a complete and deep understanding of more advanced courses in Quantum Field Theory, and especially for students enrolled in the “Particle and Astroparticle Physics” curriculum. SPECIFIC OBJECTIVES: A - Knowledge and understanding OF 1) Knowing the procedure of renormalization of a QFT and its specific application to QED. OF 2) Understanding perturbation theory beyond tree level. OF 3) Knowing relativistic scattering theory and understanding its more formal aspects. B – Application skills OF 4) Knowing Feynman rules for the computation of decay rates and cross sections at 1-loop in perturbation theory. C - Autonomy of judgment OF 5) Being able to apply the know-how acquired during this course to the formulation of the Standard Model of fundamental interactions, and to the study of the Renormalization Group and of Effective Field Theories. D – Communication skills OF 6) Being able to discuss topics in QFT with the required mathematical rigor while keeping the various approximations done under control. E - Ability to learn OF 7) Being able to read and make use of textbooks and scientific articles with the purpose of further investigating the topics covered in this course.