animation:tutoriels:2012:houches

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+++ animation:tutoriels:2012:houches [2015/01/07 10:04] (Version actuelle)
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 ====== Second Les Houches school in computational physics - Ab initio quantum simulations in condensed matter physics ======
-June 19, 2012 - June 29, 2012
+June 19, 2012 - June 29, 2012 \\
-Location : Les Houches/Rhone-Alpes/France
+Location: [[animation:tutoriels:2012:houches:venue|Les Houches/Rhone-Alpes/France]]
 {{ :animation:tutoriels:2013:ecole_des_houches.png?nolink&500 |}}
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   * **Thierry Deutsch** (L_Sim, CEA/INAC, Grenoble, France)
   * **Jean-Louis Barrat** (Liphy, UJF, Grenoble, France)
 Administrative coordination:
   * **Brigitte Rousset**, École de physique des Houches (brigitte.rousset@ujf-grenoble.fr)
 Web site:
   * **Cerasela Calugaru**, Centre Blaise Pascal, ENS Lyon.
 Computer wizard:
   * **Emmanuel Quemener**, Centre Blaise Pascal, ENS Lyon.
-Scientific committee: Mebarek Alouani(external link) (IPCMS, Strasbourg); Bernard Amadon(external link) (CEA, Bruyères le Châtel); Cyrille Barreteau(external link) (SPCSI, CEA-Saclay); Fabien Bruneval(external link) (SRMP, CEA-Saclay); Eric Cances(external link) (Cermics, ENPC, Champs sur Marne); Christophe Delerue(external link) (IEMN, Lille); Marie-Liesse Doublet(external link) (Institut Charles Gerhardt, Montpellier); Vincent Robert(external link) (Lab. Chimie Quantique, Institut de Chimie, Strasbourg); Valérie Veniard(external link) (LSI et ETSF, Ecole Polytechnique)
+Scientific committee: Mebarek Alouani (IPCMS, Strasbourg); Bernard Amadon (CEA, Bruyères le Châtel); Cyrille Barreteau (SPCSI, CEA-Saclay); Fabien Bruneval (SRMP, CEA-Saclay); Eric Cances Cermics, ENPC, Champs sur Marne); Christophe Delerue (IEMN, Lille); Marie-Liesse Doublet (Institut Charles Gerhardt, Montpellier); Vincent Robert (Lab. Chimie Quantique, Institut de Chimie, Strasbourg); Valérie Veniard(external link) (LSI et ETSF, Ecole Polytechnique)
+===== Introduction and Format =====
-Introduction and Format
 This school is the second of a series of events devoted to Computational physics and hosted by the prestigious Ecole de Physique des Houches (Rhône-Alpes, France) located 1h30/2h00/2h30 mns away from Lausanne/Grenoble/Lyon. This session will be devoted to Ab initio quantum simulations in the condensed matter. From basic theories to tutorials on well-distributed computational packages, the aim is to take advantage of the 10 days reserved at Les Houches to offer a large panorama of the theories and techniques used in our community. From PhD students, postdoctoral fellows, to permanent researchers aiming at understanding and using ab initio quantum simulation tools, the public is expected to be rather large and diversified.
 Sponsors
 The school acknowledges funding from the French National Center for Scientific Research (CNRS) through the "Groupement de Recherche CoDFT" and the "Formation permanente", from the Rhône-Alpes CECAM (centre Européen de Calcul Atomique et Moléculaire) node, and from Université Josheph Fourier. This school has received a label "Formation doctorale" and is a "Ecole thématique CNRS 2012". Bags and booknotes have been graciously provided by Bull and the USB keys by the Ecole Normale Supérieure de Lyon.
+===== Full plan of lectures =====
+The school will be composed of formal lectures, on-the-board exercices, and tutorials on well distributed codes.
+  * Hartree‐Fock
+  * Density functional theory
+  * Exchange‐correlation functionals
+  * Pseudopotentials, basis, algorithms
+  * Density functional perturbative theory (DFPT: phonons, dielectric response, etc.)
+  * Time‐dependent DFT (TDDFT)
+  * Molecular dynamics
+  * Searching the saddle‐points
+  * Electron‐phonon coupling
+  * Electronic transport
+  * Quasiparticle properties (GW)
+  * Excitonic properties (Bethe‐ Salpeter)
+  * Dynamical mean‐field theory (DMFT)
+  * Quantum Monte Carlo (QMC)
+  * Many‐body quantum chemistry
+  * Tutorials: due to available experts during the two weeks, we will certainly focus on the Abinit and Siesta code (during part of the second week). Other codes (QuantumEspresso, BigDFT, etc.) will be presented (in construction).
+===== Detailed program =====
+Breakfast: 8h-8h45 / Lunch: 12h30 / Diner: 19:30
+**Monday 18th**
+Arrival at Les Houches after 2 pm. Reception of your rooms. Diner will be served at 19:30.
+**Tuesday 19th**
+h45-9h00: Welcome \\
+h00-10h30: Hartree-Fock (Lecture Notes / Exercices, Vincent Robert) \\
+h30-11h00: Break \\
+h00-12h25: DFT (I) (Lecture Notes, Xavier Blase)
+h00-16h00: DFT (II) (Lecture , Xavier Blase) \\
+h00-16h30: Break \\
+h30-19h00: Tutorials and computer set-up (Emmanuel Quemener, CBP center/Introduction to codes (T. Deutsch/D. Caliste)/Introduction to Abinit keywords (Damien Caliste)
+**Wednesday 20th**
+h45-10h15: Pseudopotentials/Bases ( lecture, Thierry Deutsch) \\
+h15-10h45: Break \\
+h45-12h15: Functionals (I) (lecture, Miguel Marques)
+h00-16h00: Functionals (II) (lecture, Miguel Marques) \\
+h00-16h30: Break \\
+h30-19h00: First AbInit tutorial
+:00: Welcome drink offered by Les Houches
+**Thursday 21st**
+h45-10h15: Molecular dynamics (I) (lecture, M. Saitta) \\
+h15-10h45: Break \\
+h45-12h15: Molecular dynamics (II) (lecture, M. Saitta)
+h00-16h00: Algorythms (lecture, E. Cances) \\
+h00-16h30: Break \\
+h30-19h30: Second AbInit tutorial
+:30: Diner "savoyard"
+**Friday 22nd**
+h45-10h15: DFPT and phonons (I) (Lecture Notes) \\
+(M. Calandra broke his ankle. Replaced by X. Blase) \\
+h15-10h45: Break \\
+h45-12h15: DFPT and phonons (II) (lecture)
+h00-16h00: Third AbInit tutorial \\
+h00-16h30: Break \\
+h30-19h30: Third AbInit tutorial
+**Saturday 23rd**
+h45-10h15: Global minima (lecture,S. Goedecker) \\
+h15-10h45: Break \\
+h45-12h15: Saddle points (lecture, N. Mousseau)
+Saturday afternoon and Sunday: free time
+**Monday 25th**
+h45-10h15: Time-dependent DFT I (lecture, M. Casida) \\
+h15-10h45: Break \\
+h45-12h15: Time-dependent DFT II (lecture, M. Casida)
+h00-16h00: Quantum Monte Carlo: an introduction (lecture, M. Holzmann) \\
+h00-16h30: Break \\
+h30-19h30: Tutorial
+**Tuesday 26th**
+h45-10h15: Density Functional Perturbation Theory (DFT): polarization (lecture, E. Bouquet) \\
+h15-10h45: Break \\
+h45-12h15: Density Functional Perturbation Theory (DFT): polarization II (lecture, E. Bouquet)
+h00-16h00: Dynamical Mean Field Thoery (DMFT): an introduction (lecture, B. Amadon) \\
+h00-16h30: Break \\
+h30-19h30: Tutorial \\
+**Wednesday 27th**
+h45-10h15: Electronic transport I (lecture, P. Ordejon) \\
+h15-10h45: Break \\
+h45-12h15: Electronic transport II and Transiesta (lecture, P. Ordejon) \\
+h00-16h00: An introduction to post-Hartree-Fock quantum chemistry I (E. Fromager, lecture) \\
+h00-16h30: Break \\
+h30-19h30: Tutorial Siesta \\
+**Thursday 28th**
+h45-10h15: An introduction to Green's function (V. Olévano, Lecture Notes) \\
+h15-10h45: Break \\
+h45-12h15: The GW formalism (V. Olévano, Lecture Notes)
+h00-16h00: An introduction to post-Hartree-Fock quantum chemistry II (E. Fromager, lecture) \\
+h00-16h30: Break \\
+h30-19h30: Tutorial
+**Friday 29th**
+h00-11h00: Optical absorption and excitons: The Bethe-Salpeter formalism (C. Attaccalite, lecture \\)
+h00-11h15: Closing of the school.
+Lunch will be served the last day (12h30). It is not possible to stay on the friday 29th night.

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