- Διδάσκων: Voicu octavian DOLOCAN
- Διδάσκων: Olivier THOMAS
Preparation for 2024 French Physicists’ Tournament.
- Διδάσκων: Christophe ALMARCHA
- Διδάσκων: Regis BISSON
- Διδάσκων: Jean-marie LAUGIER
- Διδάσκων: Pierre LOMBARDO
- Διδάσκων: Nicolaos PAPAGEORGIOU
- Διδάσκων: Eric SALOMON
- Διδάσκων: Jean-marc THEMLIN
- Διδάσκων: Gautier VERHILLE
- Διδάσκων: Mathieu ABEL
- Διδάσκων: Olivier AGULLO
- Διδάσκων: Nora ALIANE
- Διδάσκων: Christophe ALMARCHA
- Διδάσκων: Thierry ANGOT
- Διδάσκων: Marlon BARBERO
- Διδάσκων: Julien BEL
- Διδάσκων: Peter BEYER
- Διδάσκων: Regis BISSON
- Διδάσκων: Gwenn BOEDEC
- Διδάσκων: Jose BUSTO
- Διδάσκων: Elena CANNUCCIA
- Διδάσκων: Gilles CARTRY
- Διδάσκων: Coline CASANOVA
- Διδάσκων: Caroline CHAMPENOIS
- Διδάσκων: Patrick CHAUMET
- Διδάσκων: Fabien CHEYNIS
- Διδάσκων: Heide COSTANTINI
- Διδάσκων: Adeline CREPIEUX
- Διδάσκων: Marie julie DALBE
- Διδάσκων: Remy DASSONNEVILLE
- Διδάσκων: Sylvain DE LA TORRE
- Διδάσκων: Guillaume DEMESY
- Διδάσκων: Bruno DENET
- Διδάσκων: Julien DESCHAMPS
- Διδάσκων: Voicu octavian DOLOCAN
- Διδάσκων: Nicolas DUBUIT
- Διδάσκων: Arnaud DUPERRIN
- Διδάσκων: Jean pierre ERNENWEIN
- Διδάσκων: Alexandre ESCARGUEL
- Διδάσκων: Christelle EYRAUD
- Διδάσκων: Matteo FAGANELLO
- Διδάσκων: Luc FAVRE
- Διδάσκων: Anne-laure FEHREMBACH
- Διδάσκων: Elena FLORIANI
- Διδάσκων: Guillaume FUHR
- Διδάσκων: Mathieu GENOIS
- Διδάσκων: William GILLARD
- Διδάσκων: Stephane GRIMALDI
- Διδάσκων: Gaetan HAGEL
- Διδάσκων: Roland HAYN
- Διδάσκων: Marie HOUSSIN
- Διδάσκων: Vincent HUE
- Διδάσκων: Eric KAJFASZ
- Διδάσκων: Mohammed KOUBITI
- Διδάσκων: Laurence KOVACIC
- Διδάσκων: Thomas KRAJEWSKI
- Διδάσκων: Serge LAZZARINI
- Διδάσκων: Frederic LEROY
- Διδάσκων: Amelie LITMAN
- Διδάσκων: Aurelien MANCHON
- Διδάσκων: Christian MARINONI
- Διδάσκων: Celine MARTIN
- Διδάσκων: Thierry MARTIN
- Διδάσκων: Laurence MASSON
- Διδάσκων: Olivier MORIZOT
- Διδάσκων: Caroline MOSSE SABONNADIERE
- Διδάσκων: Magali MURAGLIA
- Διδάσκων: Andre NICOLET
- Διδάσκων: Laurent NONY
- Διδάσκων: Oleg OGIEVETSKY
- Διδάσκων: Cedric PARDANAUD
- Διδάσκων: Alejandro PEREZ
- Διδάσκων: Olivier PEYRUSSE
- Διδάσκων: Federico PIAZZA
- Διδάσκων: Alain POCHEAU
- Διδάσκων: Laurent RAYMOND
- Διδάσκων: Pierre RECOUVREUX
- Διδάσκων: Felix RICO CAMPS
- Διδάσκων: Delphine RUSSEIL
- Διδάσκων: Evelyne SALANCON
- Διδάσκων: Nicolas SANNER
- Διδάσκων: Alexandre SANTERNE
- Διδάσκων: Steffen SCHAFER
- Διδάσκων: Carlo SCHIMD
- Διδάσκων: Gabriel SORIANO
- Διδάσκων: Brian STOUT
- Διδάσκων: Mossadek TALBY
- Διδάσκων: Michael TEXIER
- Διδάσκων: Jean-marc THEMLIN
- Διδάσκων: Patrice THEULE
- Διδάσκων: Marie-pierre VALIGNAT
- Διδάσκων: Alberto VERGA
- Διδάσκων: Jean-marc VIREY
- Διδάσκων: Frank WAGNER
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 attended. Your document should comply with the standards of the scientific papers: front matter, abstract, introduction, body content, conclusion, and references.
A reasonable, minimal, scientific computing environment might consist in (preferably in a unix-like system!):
- A LATEX distribution (TeXLive on linux)
- An editor: TeXMaker, vim, etc.
- A python programming environment (you may use Anaconda)
- Διδάσκων: Alberto 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).
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).
- Διδάσκων: Steffen SCHAFER
- Διδάσκων: Alberto VERGA
- Διδάσκων: Mohammed KOUBITI
- Διδάσκων: Olivier PEYRUSSE
- Διδάσκων: Joel ROSATO
- Διδάσκων: Patrice THEULE
- Διδάσκων: Heide COSTANTINI
- Διδάσκων: Carlo SCHIMD