Learning objectives
Knowledge of quantum statistical physics and its applications to the physics of condensed states.
Prerequisites
Knowledge of quantum mechanics and its application to atoms and molecules.
Course unit content
<br />FUNDAMENTALS OF CLASSICAL STATISTICAL MECHANICS AND APPLICATIONS TO THE PHYSICS OF MATTER, QUANTUM SYSTEMS WITH SEVERAL MATRIX PARTICLES, DENSITY IN QUANTUM STATISTICS, BOSE- EINSTEIN DISTRIBUTION, FERMI-DIRAC DISTRIBUTION, APPLICATIONS OF QUANTUM STATISTICS TO THE PHYSICS OF MATTER, FUNDAMENTALS OF PHASE TRANSITION THEORY AND OF CRITICAL PHENOMENA, BOSE-EINSTEIN CONDENSATION, SUPERFLUIDITY, SUPERCONDUCTIVITY, EPR PARADOX, TELETRANSPORT, QUANTUM CRYPTOGRAPHY.
Bibliography
L. Peliti, Appunti di Meccanica Statistica, Boringhieri <br />
<br />
E. M. Lifsitz and L. P. Pitaevkij, Fisica Statistica -- Parte seconda-- Teoria dello stato condensato, Editori Riunti Edizioni Mir (Roma 1981).
Teaching methods
Classroom lectures. <br />
<br />
Oral examination.