Shift current: Difference between revisions

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[[File:Shift current.png|right|200px | Shift_current]]
[[File:Shift current.png|right|200px | Shift_current]]
'''This tutorial is for internal use only, these response function are implemented/tested in yambo/yambopy suite.'''
'''This tutorial is for internal use only, these response function are implemented/tested in yambo/yambopy suite.'''
 
== Introduction ==
In this tutorial we will show how to calculate Shift Current in bulk materials.<br>
In this tutorial we will show how to calculate Shift Current in bulk materials.<br>
We suppose you are already familiar with the non-linear response using the Yambo code.
We suppose you are already familiar with the non-linear response using the Yambo code.
If it is not the case please study the previous tutorials: <br>[[Linear response using Dynamical Berry Phase]] and [[Real time approach to non-linear response (SHG)]].<br>
If it is not the case please study the previous tutorials: <br>[[Linear response using Dynamical Berry Phase]] and [[Real time approach to non-linear response (SHG)]].<br>
== Setup calculations ==
In this tutorial we will take as example the two dimensional hBN.<br>
DFT wave-functions and inputs can be downloaded here: [http://media.yambo-code.eu/educational/tutorials/files/hBN-2D-RT.tar.gz hBN-2D-RT.tar.gz].<br>
First of all run the setup, then remove symmetries along the y direction, as explained in the tutorial above.

Revision as of 14:45, 8 July 2024

Shift_current

This tutorial is for internal use only, these response function are implemented/tested in yambo/yambopy suite.

Introduction

In this tutorial we will show how to calculate Shift Current in bulk materials.
We suppose you are already familiar with the non-linear response using the Yambo code. If it is not the case please study the previous tutorials:
Linear response using Dynamical Berry Phase and Real time approach to non-linear response (SHG).

Setup calculations

In this tutorial we will take as example the two dimensional hBN.
DFT wave-functions and inputs can be downloaded here: hBN-2D-RT.tar.gz.

First of all run the setup, then remove symmetries along the y direction, as explained in the tutorial above.