Introduction to quantum field theory.
The discrete symmetries. T^2 and CPT properties. Neutral pion and positronium decay. Electric dipole moment, P and T. Scattering and decay in QFT. Phase space for two and three particles. The Dalitz plot.
The spin of the charged pion. The CC quasi-elastic scattering with neutrinos and antineutrinos. The charged pion decay. The muon decay
Knolewdge acquired: symmetries, field quantization, scattering processes description and decays.
Competence acquired: cross section and branching ratio evaluation of simple processes in the Fermi theory of the weak interactions
Skills acquired (at the end of the course): Ability to solve simple problems concerning the most common processes in particle physics.
Prerequisites
Courses required: Nuclear and subnuclear physics
Teaching Methods
CFU: 6
Lectures: 52 hours
Further information
Office hours: Monday 14.30-17
On demand iacopini@fi.infn.it
Website:
Type of Assessment
Oral test
Course program
Introduction to quantum field theory.
The discrete symmetries. T^2 and CPT properties. Neutral pion and positronium decay. Electric dipole moment and T. Scattering and decay in QFT. Phase space for two and three particles. The Dalitz plot.
The charged pion spin. The CC quasi-elastic scattering with neutrinos and antineutrinos. The charged pion decay. The muon decay