Student Video: 2D Brillouin Zones

MIT RES.3-004 Visualizing Materials Science, Fall 2017
Speaker: Jurgis Ruza
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A short introduction into reciprocal space and the construction of Brillouin zones in two dimensions.
License: Creative Commons BY-NC-SA
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[@karmentzalikian2316]

studpy, especially "clear" for the thrid Brilloin zone, and said with such self confidence

[@filipposaatkamp6337]

:D

[@mohibmohib6442]

I always noticed that the points (111) became (kx=ky=kz=pi/a) and
X(011) becam (Kx=Ky=pi/a , Kz=0) Is there a rule for transferring them..? please

[@matrixate]

7:27 - There is much easier and clarifying way to say that.

[@filipposaatkamp6337]

Yes, that explanation was shit. I wonder if he knows what he's talking about. Here you can find the correct instructions: demonstrations.wolfram.com/2DBrillouinZones/

[@Powolice]

Why is the corner on the bottom left 3rd zone? Shouldnt that be the 2nd? The 3rd should be left of the 1st?

[@noahvandal6485]

Nice explanation. Very helpful

[@raspberry9801]

this was useful, great visualizations!

[@michaelwalsh9920]

Awesome, thank you for sharing!

[@01mahimajerushasingh74]

Subtitles required, things aren't quite as "clear"

[@physicsdiva1871]

Nice explanation

[@jengitsu]

Nice

[@drexflea52]

Bro needs to speak properly

[@mohibmohib6442]

I always noticed that the points (111) became (kx=ky=kz=pi/a) and
X(011) becam (Kx=Ky=pi/a , Kz=0) Is there a rule for transferring them..? please