AMeTICE: All courses

Physique

Teacher: Andre GHORAYEB
Teacher: Olivier THOMAS

[22-23]-Mise en place de la maquette du Futur Master Physique (2024--)

[22-23]-French Physicists' Tournament preparation

AMU Team preparation to 2023 French Physicists’ Tournament.

[22-23]-SPHAU07C M1 physique laTeX (Verga)

The goal of this course is to learn how to use the tools allowing to write scientific documents of high quality. The LATEX typesetting system is universally used in the scientific and technical literature; it is based on the language TEX created by Donald Knuth.

You will write a short article using your own lecture notes from one of the courses you attend this semester. Your document should comply with the standards of the scientific papers: front matter, abstract, introduction, main content, conclusion, and references.

A reasonable, minimal, scientific computing environment might consist in:

A LATEX distribution (TeX Live, see the references at the end of this page)
An editor: TeXMaker or vim
A python programming environment (you may use Anaconda)
(preferably in a unix-like system!).

Teacher: Alberto VERGA

[22-23]-M1 statistical physics (verga)

This course addresses to students who followed a first statistical physics course at the level of the classical book by Kittel, “Thermal physics” (1980).

Introduction
Gibbs ensembles
Equilibrium and irreversibility
Non interacting systems, bose and fermi gases
Paramagnetism and diamagnetism
Interacting gases: virial expansion
Lattice models
Phase transitions
Twodimensional ising model
Problems, exercises and applications

Bibliography:
Landau, D. and Lifshitz, E., Statistical Physics (Pergamon Oxford, 1980).
Kardar, M., Statistical Physics, vol. 1 Particles, vol. 2 Fields (Cambridge, 2007).
Sethna, J. P., Statistical Mechanics, Entropy, Order Parameter and Complexity (Oxford, 2006).
Schwabl, F., Statistical Mechanics (Springer, 2006).