CdSFISICA
Codice201BB
CFU9
PeriodoSecondo semestre
LinguaItaliano
HADRON COLLIDER PHYSICS The aim of the course is to communicate the most recent advances obtained in elementary particle physics using high energy hadron colliders (protons, antiprotons, heavy ions).
HADRON COLLIDER PHYSICS The aim of the course is to communicate the most recent advances obtained in elementary particle physics using high energy hadron colliders (protons, antiprotons, heavy ions).
Preparation and presentation of the analysis work on data collected at the LHC, oral exam on the course contents.
Preparation and presentation of the analysis work on data collected at the LHC, oral exam on the course contents.
Basics of theoretical physics, calculation of Feynman diagrams. "Fundamental interactions" course. Characteristics of elementary particle detectors.
Basics of theoretical physics, calculation of Feynman diagrams. "Fundamental interactions" course. Characteristics of elementary particle detectors.
Elementary particle physics at the hadronic colliders , proton-proton and proton-antiproton. The study of the quark and gluon interactions, which are the proton constituents, have provided many fundamental discoveries in particle physics such as those of bosons W, Z, top-quark and Higgs. Using an phenmomenological/experimental approach a review of results obtained at the colliders : ISR, SPS collider, Tevatron and LHC is presented together with a discussion on future perspectives.
In the final period of the course some scientific articles reporting important results obtained at LHC will be examined and an analysis of real data collected on the Higgs physics will be done.
Elementary particle physics at the hadronic colliders , proton-proton and proton-antiproton. The study of the quark and gluon interactions, which are the proton constituents, have provided many fundamental discoveries in particle physics such as those of bosons W, Z, top-quark and Higgs. Using an phenmomenological/experimental approach a review of results obtained at the colliders : ISR, SPS collider, Tevatron and LHC is presented together with a discussion on future perspectives.
In the final period of the course some scientific articles reporting important results obtained at LHC will be examined and an analysis of real data collected on the Higgs physics will be done.
Texbooks and scientific articles suggested in class.
Texbooks and scientific articles suggested in class.
The slides presented during the course will be available on the course e-learning site.
The slides presented during the course will be available on the course e-learning site.
Preparation and presentation of the analysis work on data collected at the LHC, oral exam on the course contents.
Preparation and presentation of the analysis work on data collected at the LHC, oral exam on the course contents.