Modulo I

Laurea Magistrale in Fisica (F4F)

II anno,  I semestre, A.A. 2012/13

Denominazione del corso: Interazioni Deboli e Forti I

Codice: F0274

CFU: 6

Docente: Luigi Pilo

•    Hadrons and Leptons, fundamental forces

•    Symmetries, Noether theorem. Basics of group theory.

•    Discrete and continous symmetries in particle physics

•    Weak decays and Fermi Theory

1. •   Non-Abelian gauge theories, basics. Progagator of a   massive spin 1 particle   
   

2. •Problems in the Fermi theory of weak interaciotns. Toward the standard model
   

3. •Spontaneaos symmetru breaking. The Goldstone theorem. The Higsg mechanism
   

4. •The standard model: leptons
   

5. •The standard model: quarks
   

6. •Accidental symmetries of the SM and their role
   

7. • Basic proceses in the standard model and their computation
   

•    Beyond the SM

 Textbooks

-Fayyazuddin Riazuddin, Particle Physics,3rd edition.

World Scientific.

-  I.J.R. Aitchison and A.J.G. Hey, ``Gauge Theories in Particle Physics'', A.Hilger Ed. (1989).

-  E. Leader and E. Predazzi, ``An introduction to Gauge Theories  and modern Particle Physics'', Cambridge Univ. Press (1996).

-  F. Halzen and A.D. Martin, ``Quarks and Leptons'', Wiley Ed. (1984).

-  D.H. Perkins, ``Introduction to High Energy Physics'',  Cambridge Ed. (2000).

-  M. Srednicki, ``Quantum Field Theory'',  Cambridge (2007).  Draft

-  S.  Weinberg, ``Quantum Field Theory I and II'',  Cambridge.

-  L.B. Okun. ``Leptoni e Quarks". Editori Riuniti 1986.

-  H. Georgi.  ``Weak Interactions".  Notes

1. - H. Georgi.  ``Lie Algebras in Particle Physics". Frontiers in Physics 2nd edition.
   

Web page : http://www.fisica.aquila.infn.it/homepages/pilo/Luigi_Pilo_Homepage/Home.html