Introduction to Solid State Physics, Lecture 13: Graphene and Carbon Nanotubes

[@allys.7960]

Thank you very much for all the lectures! They really helped me a lot with the preparations for my final exam for my master in physics!

[@markbanash921]

Kudos for your lucid explanations and for noting similarities between these relationships and others in physics

[@xuyangyu6415]

At 57:15 I think the labels on the original slide were correct...

[@reshmaravindran3134]

great lectures. thanks a lot

[@moustafaali3555]

thanks for your clarification

[@kema3478]

Could anyone explain a bit more why 36:46 \phi_1 with itself is zero? I don't get why the Hamiltonian \delta U is a transition between two atoms. Thanks very much!

[@zeeshanahmad9577]

The reason for that term vanishing is probably due to an assumption of zero on site energy.

[@kema3478]

OK. Thanks!

[@mengzizhou2088]

it's based on two functions: E=; E= , just rewrite those two in matrix form.

[@ryukivye]

Good lecture!

[@shaw8234]

46:30

[@user-kokemaru]

20:00 42:00

[@live4Cha]

sorry but too slow