ICFP Stat Physics 2015
From Werner KRAUTH
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| This is the home page of the course "Statistical Physics: Concepts and Applications", that I teach this year for the first time to the ICFP first-year Master students at ENS. Tutorial sessions are assured by Maurizio Fagotti, JRC laureate researcher at the ENS Department of Physics, and world-wide expert in Statistical Mechanics. | This is the home page of the course "Statistical Physics: Concepts and Applications", that I teach this year for the first time to the ICFP first-year Master students at ENS. Tutorial sessions are assured by Maurizio Fagotti, JRC laureate researcher at the ENS Department of Physics, and world-wide expert in Statistical Mechanics. | ||
| - | =Week 1: The power of statistical physics= | + | Please check out the [[ICFP_Stat_Physics_2016| 2016 lecture course]] |
| - | == Lecture: The power of statistics (Mathematical aspects).== | + | |
| - | == Tutorial: Convolution, central limit theorem, Levy distributions.== | + | |
| - | =Week 2: Phase transitions, general theorems= | + | =The power of statistical physics= |
| - | == Lecture: Hard spheres in 2d, 1d: virial, depletion, absence of transition.== | + | =Phase transitions, general theorems= |
| - | ==Tutorial: Presence / Absence of transition in 1d systems. Kittel model, etc | + | =Hard spheres in 2d, 1d= |
| - | + | =Presence / Absence of transition in 1d systems= | |
| - | =Week 3: Classical Ising model= | + | =The two-dimensional Ising model - Solution of Kac and Ward= |
| - | ==Lecture: Exact computations in the two-dimensional Ising model (Kac-Ward)== | + | * [[Ising_dual_4x4.py| Ising_dual_4x4.py]]: Example program to illustrate the Kramers-Wannier duality |
| - | [http://www.lps.ens.fr/~krauth/images/5/58/ISING_TWO_D.pdf preliminary lecture notes of Week 3 CM - Kac-Ward solution] | + | =The one-dimensional Quantum Ising model= |
| - | + | =Bosons, Bose-Einstein condensation, interacting Bosons= | |
| - | ==Tutorial: Exact computations in the one-dimensional Ising model (transfer matrix)== | + | =The harmonic classical solid, an exactly solvable model for crystalline order= |
| - | + | =Kosterlitz-Thouless physics and beyond= | |
| - | =Week 4: Classical/Quantum Ising model= | + | =Scaling= |
| + | =Equilibrium and Transport, Fluctuation-dissipation theorems= | ||
Current revision
This is the home page of the course "Statistical Physics: Concepts and Applications", that I teach this year for the first time to the ICFP first-year Master students at ENS. Tutorial sessions are assured by Maurizio Fagotti, JRC laureate researcher at the ENS Department of Physics, and world-wide expert in Statistical Mechanics.
Please check out the 2016 lecture course
[edit]
The power of statistical physics
[edit]
Phase transitions, general theorems
[edit]
Hard spheres in 2d, 1d
[edit]
Presence / Absence of transition in 1d systems
[edit]
The two-dimensional Ising model - Solution of Kac and Ward
- Ising_dual_4x4.py: Example program to illustrate the Kramers-Wannier duality
[edit]
The one-dimensional Quantum Ising model
[edit]
Bosons, Bose-Einstein condensation, interacting Bosons
[edit]
The harmonic classical solid, an exactly solvable model for crystalline order
[edit]
Kosterlitz-Thouless physics and beyond
[edit]
Scaling
[edit]
