Module 4.6 Reading Band Diagrams

[@jiayichen6490]

combination of theory and example is so nice

[@JieGao-s2v]

Very nice and helpful lecture! Thank you so much!!!

[@portable7789]

Thanks for the nice explaintation. Could you precise what is the k value at K, W and L position ?

[@ainepo175]

Very good explanation and easy to follow slides! Is there actually a way to access these slides? :)

[@SirHiggalot]

In the slide shown around 17:50, why is the point called [100] but it's intersecting on b2, and not b1? Why shouldn't that point be called [010]?

[@techlim3875]

I always wondered how to connect K to X point. 41:30 explains it, thank you!!! 😂

[@konstantinos2818]

Thank you so much, excellent presentation. It is very helpful!!

[@guobaferro3205]

thank you so much. solved my long-standing confusion

[@rahuldutta6992]

Why is the dispersion curve flat at the high symmetry points which are exactly at the center between two neighbouring lattices? What is the physical significance of this?

[@suniltimilsina6306]

Very Informative. Thank you.

[@tanchienhao]

awesome video!

[@rajmonibasumatary1023]

There are some professors who speak in the lowest volume when a sentence is about to end and people like me can't get the last few words, that makes it difficult for us to understand.

[@lan-tienhsu3547]

well explained! Thank you!

[@pushprajprasad1902]

Too good explanation

[@sajileshkp4553]

Very helpful video

[@lionview7953]

such a great lecture
loved it

[@libramoon4132]

great very easy method

[@antonpozdeev6370]

Thank you a lot. Very helpful and understandable

[@sneharajvp327]

Thank you so much...very useful

[@abdulchemist9622]

very informative

[@ニュウ-f8w]

very easy-understanding! thank you

[@shantanudash7]

Really helpful

[@iskandermukatayev6119]

Thanks for so good video!

[@jatinkashyap1491]

Thanks for the lecture.

[@adwaitrijal4224]

Thank You!!!

[@Simply--Science]

thank yoy for the excellent presentation!

[@김익명-n9v]

10:40

[@ehanreza6012]

Hello, I am not getting one thing. Why/ How there are six different possible energies in the (Gamma-K) section?
Thanks

[@quantized101]

The unit cell contain 2 atoms, which means 3N=6 degrees of freedom or 6 phonon modes at a certain wave vector. In Gamma-X section, however there are four branches because of degeneracy in transverse acoustic and transverse optical branches.

[@subhendumishra3487]

very bad explanation. Looks like theory is not clear to you.

[@charroufhadjer2281]

ممكن ترجمة باللغة العربية

[@Marcelcas]

thanks

[@DoddBrady-b8o]

Taylor Sandra Martin Gary Davis Ronald