Yambopy: Difference between revisions
Jump to navigation
Jump to search
No edit summary |
|||
Line 7: | Line 7: | ||
You can download in [https://github.com/henriquemiranda/yambo-py yambopy]. | You can download in [https://github.com/henriquemiranda/yambo-py yambopy]. | ||
== GW. Basic usage: Convergence and approximations. | |||
We have chosen hexagonal boron nitride | |||
* GW convergence | |||
* GW calculation in a regular grid and plot in a bath in the Brillouin zone | |||
* Approximations of the dielectric function (COHSEX, PPA, Real axis integration) | |||
* Solvers (Newton, Secant, Green's function) | |||
== Electron-phonon module == | == Electron-phonon module == |
Revision as of 08:32, 3 March 2017
Automatic workflows for yambo using python able to:
- Create Yambo input files using a transparent python script
- Collect the output data in .json files for posterior analysis
- Plot the results using matplotlib
- Create Quantum Espresso input files using python
You can download in yambopy.
== GW. Basic usage: Convergence and approximations.
We have chosen hexagonal boron nitride
- GW convergence
- GW calculation in a regular grid and plot in a bath in the Brillouin zone
- Approximations of the dielectric function (COHSEX, PPA, Real axis integration)
- Solvers (Newton, Secant, Green's function)
Electron-phonon module
Electron-phonon interaction calculations requires to obtain electronic states, phonon states and the electron-phonon interaction matrix elements. The calculation of the electron-phonon interaction requires many intermediate steps. In order to facilitate the task we have developed a set of scripts to automatize the workflow. More details are available in the tutorial.