Organisers:
André-Marie Tremblay
Michel Côté
Gabi Kotliar
Olivier Parcollet
David Sénéchal

Sponsors:

• Posters PDF (39.1 MB)

• André-Marie Tremblay, Introduction PDF (3.7 MB)
• Reza Nourafkan, Electron Correlation and its Signatures PDF (7.0 MB)
• André-Marie Tremblay, Lecture Notes PDF (6.0 MB)
• André-Marie Tremblay, Hand-written Necture Notes PDF (8.7 MB)

• Xavier Gonze, The ABINIT code PDF (13.9 MB)
• Michel Côté, Introduction to DFT and Density Functionals PDF (10.3 MB)

• Fabien Bruneval, GW approximation in ABINIT PDF (3.7 MB)

• David Sénéchal, Dynamical Mean Field Theory PDF (4.7 MB)
• Adrian Del Maestro, Introduction to classical Monte Carlo methods GitHub repository
• Olivier Parcollet, TRIQS: A Toolbox for Research in Interacting Quantum Systems PDF (9.9 MB)
• TRIQS Tutorials: Getting Started PDF (260 KB)

• Michel Ferrero, Continuous-time quantum Monte Carlo algorithms for impurity models PDF (2.9 MB)
• Adrian Del Maestro, Entanglement in Superfluid Helium-4 PDF (25.9 MB)

• Philipp Werner, Nonequilibrium dynamical mean field theory PDF (353 KB)
• Dominic Bergeron, Analytic continuation PDF (8.1 MB)

• Michel Côté, Zero-point phonon renormalization of the band gap of materials PDF (12.4 MB)
• Kristjan Haule, Embedded Dynamical Mean Field Theory Functional (EDMFTF) PDF (72.7 MB)
• Bernard Amadon, Dynamical Mean Field Theory using Projected Local Orbital Wannier functions PDF (1.5 MB)
• Bernard Amadon, Input variables to use DFT+DMFT in ABINIT PDF (2.5 MB)

• G. Lucian Pascut, Wien2k tutorials PDF (2.9 MB)
• Kristjan Haule, EDMFTF practice PDF (3.5 MB)

• Andrey Kutepov, Introduction to the features of the FlapwMBPT code PDF (4.6 MB)
• Sangkook Choi, GW+EDMFT: a diagrammatically controlled ab initio theory of strong correlation in real materials PDF (12.7 MB)