Organisers:
André-Marie Tremblay
Michel Côté
Antoine Georges
Gabi Kotliar
Olivier Parcollet

Sponsors:

• Posters PDF (40.3 MB)

• André-Marie Tremblay, Introduction .PPT (10.8 MB)
• Michel Côté, Introduction to DFT and Density Functionals PDF (6.4 MB)
• André-Marie Tremblay, Electron Correlation and its Signatures PDF (9.0 MB)
• Xavier Gonze, The ABINIT Code PDF (6.8 MB)
• André-Marie Tremblay, Outline of Lectures PDF (188.3 KB)
• André-Marie Tremblay, Lecture Notes PDF (9.6 MB)
• André-Marie Tremblay, Hand-Written Lecture Notes PDF (12.1 MB)

• Michel Côté, Intro to Wannier Functions PDF (16.5 MB)

• Michel Ferrero, Monte Carlo Lectures (External Link)
• Nils Wentzell, TRIQS Library & Applications PDF (5.3 MB)

• Oleg Yazyev, Spin-orbit interaction, topology and electronic structure PDF (10.0 MB)
• Hong Guo, Materials informatics: the 4th paradigm PDF (4.0 MB)

• Michel Ferrero, Introduction to diagrammatic Monte Carlo PDF (4.3 MB)
• Olivier Parcollet, Diagrammatic Quantum (Quasi-)Monte Carlo Out of Equilibrium / in real time PDF (4.8 MB)
• Kristjan Haule, Variational Diagrammatic Monte Carlo and the Uniform Electron Gas PDF (28.7 MB)
• Gabi Kotliar, Successes and challenges in the electronic structure of correlated materials: towards theoretical spectroscopy and materials design PDF (9.7 MB)

• Philipp Werner, Nonequilibrium dynamical mean field theory PDF (17.6 MB)

• Nicola Lanatà, Quantum-embedding formulation of the GA/RISB equations PDF (12.5 MB)
• Corey Melnick, Quantum Embedding Methods: GPU Acceleration & Embracing Multiple Frameworks PDF (4.1 MB)
• Sangcook Choi, From DFT+DMFT to LQSGW+DMFT and Full GW+EDMFT: application to materials. PDF (11.5 MB)
• Sangcook Choi, Hands-On Training on COMSUITE PDF (22.3 MB)