Number of equidistant neighbors on honeycomb lattice
What is the number of neighbors on graphene lattice? That question bothered me for 2-3 years. Finally, I found a way to solve the problem. Did I find a something was already known? I guess not. The issue may probably interest many of you on this list. Please let me know what you think about my "solution"? I am myself very curious. I am, BTW, interested in contacts (talking, solving problems, doing the work together, publishing together) with people who are on subjects close to graphene. Do not hesitate to contact me. *Number of equidistant neighbors on honeycomb lattice*: https://arxiv.org/abs/2004.11840 zb. -- Zbigniew Kozioł, PhD, National Center for Nuclear Research, Materials Research Laboratory, ul. Andrzeja Sołtana 7, 05-400 Otwock-Świerk, Poland http://nanophysics.pl mobile: +48 507 330 216
Dear Zbigniew,
Thank you for sharing your work but this forum is meant for kwant
advantages in solving physical problems.
Did you try this with kwant ?
The answer to your question seems straightforward with kwant:
lat.neightbors(n) gives you the nth nearest neighbour. You can extract the
number of sites on a ring easily.
Regards,
Adel
On Sun, May 3, 2020 at 4:36 PM Zbigniew Koziol
What is the number of neighbors on graphene lattice?
That question bothered me for 2-3 years. Finally, I found a way to solve the problem.
Did I find a something was already known? I guess not.
The issue may probably interest many of you on this list.
Please let me know what you think about my "solution"? I am myself very curious.
I am, BTW, interested in contacts (talking, solving problems, doing the work together, publishing together) with people who are on subjects close to graphene. Do not hesitate to contact me.
*Number of equidistant neighbors on honeycomb lattice*:
https://arxiv.org/abs/2004.11840
zb.
-- Zbigniew Kozioł, PhD, National Center for Nuclear Research, Materials Research Laboratory, ul. Andrzeja Sołtana 7, 05-400 Otwock-Świerk, Polandhttp://nanophysics.pl mobile: +48 507 330 216
-- Abbout Adel
participants (2)
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Abbout Adel
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Zbigniew Koziol