Ah, this made my morning :) Also, check out people.mines.edu/etoberer/solid-state-physics/ for LaTeX course notes that provide the math a little slower than the videos.
Yes, I don't understand a shit either. Maybe you mean this as a summary.... but saying a couple more sentences explaining what you are doing would make it a great course....
This series is honestly saving my grade in this course
Ah, this made my morning :) Also, check out people.mines.edu/etoberer/solid-state-physics/ for LaTeX course notes that provide the math a little slower than the videos.
The notes seem very well crafted! Thanks a lot, hoping to find the time to go through them along with other resources :)@@erictoberer4874
Thanks a lot!
You guys do a great job explaining this
Thank you for this series, very helpful!
(would be even more so if you could provide a solution for the 2D/3D cases at the end.)
in a way it realy helps that you are both explaining this alternately! (i wonder why :D)
awesome! helped a lot... thanks
if I have 10 cells in my 1D crystal (N=10) wouldn't i get 11 unique modes?
there are some absolute values missing for the dispersion relation
Eureka
Yes, I don't understand a shit either. Maybe you mean this as a summary.... but saying a couple more sentences explaining what you are doing would make it a great course....
this is great if you have the kittel 8th edition next to it to see the in depth material too
@@sebastianvbb so happy to see people sharing my struggles