Tutorials
From Lumen wiki
Basic
- First steps: a walk through from DFT to optical properties (modular tutorial)
- GW on bulk silicon
- GW on h-BN (standalone version); GW on h-BN (modular version)
- BSE in lithium-floride
- BSE tutorial on hBN
- How to analyse excitons
More on GW and Quasi-particles
- Real Axis and Lifetimes
- Self-consistent GW on eigenvalues only
- GW parallel strategies v1; GW parallel strategies v2; GW convergence in parallel (modular tutorials)
- GW tutorial on HPC (external tutorial on HackMD)
- Quasi-particles and Self-energy within the Multipole Approximation (MPA)
- GW on arbitrary k point (external tutorial on www.attaccalite.com)
More on Linear response and BSE
- TDDFT Failure and long range correlations
- Spin-orbit coupling in GaSb
- The magneto-optical Kerr effect in bulk iron, RPA
- The magneto-optical Kerr effect in XXX, excitonic effects (todo)
- Dichroism in molecules
- Surface spectroscopy (to restore from older version)
- Linear Response of a silicon surface (2D)
- Speed up dielectric constant calculations using the double-grid method (to be imported)
- Linear Response from a silicon wire (1D) (to restore from old version)
- H2 molecule: Linear Response & TDDFT (0D) (to restore from old version)
- SiH4: isolated molecule TDDFT & BSE (0D) (restored from old version, still to be finalized)
Post Processing with ypp and YamboPy
Electron phonon coupling
- Electron Phonon Coupling
- Optical properties at finite temperature
- Phonon-assisted luminescence by finite atomic displacements
- Exciton-phonon coupling and luminescence
- Exciton-phonon coupling and luminescence (without YamboPy)
- Thermal lines and special displacements with YamboPy
Real time propagation
Linear response from real time propagation
- Linear response using the density matrix (IP)
- Linear response using wave-functions and Dynamical Berry Phase (IP)
- Linear response using wave-functions in velocity gauge (IP)
- Linear response using the density matrix (TD-HSEX)
- Linear response from real time simulations (IP & TD-HSEX) (modular tutorial)
Non-linear response from real time propagation
- Real time approach to non-linear response (SHG)
- Correlation effects in the non-linear response
- SHG within the TD-HSEX level (also called TD-aGW or TD-BSE)
- A fast approach to excitonic effects in linear/non-linear response
- Angular dependence of non-linear response
- Third Harmonic Generation (THG)
- Spin-orbit coupling and non-linear response
- Two-photon absorption
- Sum frequency generation
- Shift current
- Parallelization for non-linear response calculations
- Real-time dynamics with external field read from file
