Dear Sir, I want to model a bi2se3 nanowire in kwant to investigate the transport properties. Please help me in this regard. Regards, Shyam Lochan Bora Dept. of Physics. Dibrugarh University Assam, India
Hi,
Dear Sir, I want to model a bi2se3 nanowire in kwant to investigate the transport properties. Please help me in this regard.
Your question may have several interpretations: 1. How do I make a tight-binding model for Bi2Se3 that includes all relevant physics for my application? 2. How do I write down a (known) tight-binding model in Kwant, in general? 3. How do I write down a (known) tight-binding model in Kwant, specifically for my nanowire setup? If your question is really (1) then I am afraid that this mailing list is probably not the right place to be asking, as this mailing list is about Kwant-specific questions. If your question is really (2) then I recommend going through the Kwant tutorial [1]. If your question is really (3) then I recommend going through the Kwant tutorial [1]. If there are some intricacies in your model that you don't know how to express in Kwant, then by all means post back to this mailing list with your specific question. Happy Kwanting, Joe [1]: https://kwant-project.org/doc/1/tutorial/
Thank you so much. On Fri, May 18, 2018 at 4:20 PM, Joseph Weston <joseph.weston08@gmail.com> wrote:
Hi,
Dear Sir,
I want to model a bi2se3 nanowire in kwant to investigate the transport properties.
Please help me in this regard.
Your question may have several interpretations:
1. How do I make a tight-binding model for Bi2Se3 that includes all relevant physics for my application? 2. How do I write down a (known) tight-binding model in Kwant, in general? 3. How do I write down a (known) tight-binding model in Kwant, specifically for my nanowire setup?
If your question is really (1) then I am afraid that this mailing list is probably not the right place to be asking, as this mailing list is about Kwant-specific questions.
If your question is really (2) then I recommend going through the Kwant tutorial [1].
If your question is really (3) then I recommend going through the Kwant tutorial [1]. If there are some intricacies in your model that you don't know how to express in Kwant, then by all means post back to this mailing list with your specific question.
Happy Kwanting,
Joe
participants (2)
-
Joseph Weston -
shyam lochan bora