Thank you very much for your nice video for 2D/2D models. I have another question can you make a video to build a nanocrystal on 2D material? Thanks in advance
@@nickelandcopper5636 Yes, in the experiment, researcher can deposit/synthesis nanocrystals on 2D materials like graphene. I wonder can we make a similar model like a nanocrystal on top of 2D materials (like graphene). I can see most of the current videos on youtube tend to make 2D/2D heterojunctions. By the way, your method is very simple and convenient.
@@thanhhaile5810 Thanks. Of course we can make that. The issue though, is that the resulting systems tend to be really large. To make even a small gold crystal on top of graphene, may be 100s of atoms, and lots of vacuum
@@thanhhaile5810 Thanks .. want to see gold nanocrystal on graphene? .. If i do it with lattice mixer, I would have to develop a molecule/surface capability. Otherwise, I could just do it manually in vesta
How to calculate the interlayer distance? If I make 6 A0 then I can't measure how to get 6 A0 separation in heterostructures.
Sir you are an inspiration for me.
Thank you so much :)
Please make a video on GaN on Graphene Hetero-structure
Hey .. you can just replace CdI2 in this video with GaN … do you think you can do it? You can likely find GaN on the database I use
Thank you.
Thank you very much for your nice video for 2D/2D models. I have another question can you make a video to build a nanocrystal on 2D material? Thanks in advance
Hey .. thanks for the kind words!
Do you mean to place a nanocrystal on top of a 2d material, like graphene?
@@nickelandcopper5636 Yes, in the experiment, researcher can deposit/synthesis nanocrystals on 2D materials like graphene. I wonder can we make a similar model like a nanocrystal on top of 2D materials (like graphene). I can see most of the current videos on youtube tend to make 2D/2D heterojunctions. By the way, your method is very simple and convenient.
@@thanhhaile5810 Thanks. Of course we can make that. The issue though, is that the resulting systems tend to be really large. To make even a small gold crystal on top of graphene, may be 100s of atoms, and lots of vacuum
@@nickelandcopper5636 Thank you. It may help a lot for researcher in related fields. Longing to see your next video!
@@thanhhaile5810 Thanks .. want to see gold nanocrystal on graphene? .. If i do it with lattice mixer, I would have to develop a molecule/surface capability. Otherwise, I could just do it manually in vesta