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- Generating Input Files
- DFT
- Basic Introduction: Si
- Detailed Introduction: Lead Telluride
- Detailed Introduction: The Input File
- Plotting Energy Bands
- Finding Extremal Points and Effective Mass
- Making Partial Densities-of-States and EELS
- Plotting Charge Densities
- Performing Molecular Statics
- lmf Basis Set and Convergence
- Adding Augmented Plane Waves
- Basis Set Optimisation
- Heisenberg Exchange Parameters
- GW
- QSGW + DMFT
- QSGW+DMFT with TRIQS
- Loading the QSGW Hamiltoninan in a Python Notebook
- Introduction
- Setting up the DMFT Loop
- Running the DMFT Loop
- Issues with Input and Parameters
- Charge + Static-magnetic Contributions
- The Density Loop
- The Maximum Entropy Method
- The Self-energy Loop and the Dynamical Double-counting
- Analyzing Spectral Functions
- Tight Binding
- DFT-ASA
- ASA Crystal Green Functions
- ASA Layer Green Functions
- Physical Application
- Miscellaneous
- Workshops
A QSGW description of the electronic structure and excitons in ferromagnetic CrX₃ compounds 
A QSGW+DMFT description of superconductivity in Bulk, Intercalated, and Monolayer FeSe 
Why first-principles descriptions of correlated systems are sometimes needed