CFU
6
Length
14 Weeks
Semester DD
First
The Weinberg angle and the Z and W bosons masses. Standard Model experimental tests at LEP and Tevatron. Osservation of the quark top at Tevatron. Discovery of the Higgs boson at LHC. Test of the Standard Model at LHC. Search for new physics at LHC.Physics prospects at the next generation of accelerators: HL-LHC e Linear Collider.The Standard Model of electroweak interactions and the Higgs mechanism. Charged and neutral weak currents.
LEARNING OUTCOMES:
The student will learn the basics of the Standard Model of Electrode Interactions and its phenomenological consequences. Starting from the Yang-Mills theories, the electroweak forces unification up to the mechanism of spontaneous symmetry breaking (Higgs mechanism), to arrive at the complete construction of the Standard Model and its experimental tests. Finally, the problems of this model will be mentioned and the directions in which it can be extended to solve them.
KNOWLEDGE AND UNDERSTANDING:
The course aims to provide students with the concepts to understand and interpret the
precision measurements of the Standard Model made with the e + e- and hadron colliders, with examples from LEP, the proton-antiproton collider Tevatron and above all from the proton-proton LHC collider.
APPLYING KNOWLEDGE AND UNDERSTANDING:
The course aims to complete the introduction to particle physics carried out in the course of Elementary Particles I by referring to the recent discoveries that contributed to the validation of the Standard Model
MAKING JUDGEMENTS:
An important part of the training objectives of the course is the ability to autonomously face the update on cutting edge research in elementary particle physics and to know how to communicate the acquired knowledge. These skills are acquired in particular during the study for the preparation of the exam, through the deepening of some specific topics with the consultation of articles in magazines.
COMMUNICATION SKILLS:
In an oral presentation with slides preparation, the student presents an in-depth research on a topic of physics inherent to the program carried out.
LEARNING SKILLS:
Knowledge of the problems related to the validation of the Standard Model - Knowledge of the problems related to the experimental study of perturbative QCD - Knowledge of the problems related to the experimental study of the electroweak interaction - Knowledge of a topic chosen on a cutting-edge theme in the field.