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Hi,
Thanks for this useful package. I have some questions:
1- How can I see the effect of magnetic field in band structure and DOS (like in a graphene nano ribbon)?
2- How can I extract Landau levels (energy vs. Landau level index)?
3- How can I do above calculations in the presence of a Kronig-Penney potential?
Best,
Masoumeh Alihosseini
The text was updated successfully, but these errors were encountered:
Hi Masoumeh
most of the parts you can find in the tutorial, especially parts 5 and 6.
I'm working on a new release, you can install the development versio wth pip install -i https://test.pypi.org/simple/ pybinding
There is a recent bug due to an update with numpy, I'll post a new version on the repo above in a few days.
Best
Bert
Thank you for your response.
Could you please help me in generating zigzag and armchair nanoribbons with the number of cells? As I found I can only make a zigzag ribbon with size in nanometer.
Best,
Masoumeh
Hi,
Thanks for this useful package. I have some questions:
1- How can I see the effect of magnetic field in band structure and DOS (like in a graphene nano ribbon)?
2- How can I extract Landau levels (energy vs. Landau level index)?
3- How can I do above calculations in the presence of a Kronig-Penney potential?
Best,
Masoumeh Alihosseini
The text was updated successfully, but these errors were encountered: