nanoHUB-U Fundamentals of Nanoelectronics A L1.2: The New Perspective: Two Key Concepts

[@faycalkouki9642]

Thank you very much for this awesome lecture.

[@jamaldeen1598]

A great lecture by Professor Datta. I love your lecture

[@jainandanmodi1124]

@5:37 SIR told that at T=0 kelvin , all states above fermi level would be empty and all states below fermi level would be filled. my question is : in the diagram u have shown the fermi level to be in the conduction band of semiconductor (channel) and that would imply that even at T=0 k we will have electrons in conduction band which is wrong (unless the semiconductor is highly doped such that fermi level is in conduction band)

[@janpruchno6626]

Thank you for the lecture🙏

[@jainandanmodi1124]

@5:37 SIR told that at T=0 kelvin , all states above fermi level would be empty and all states below fermi level would be filled. my question is : in the diagram u have shown the fermi level to be in the conduction band of semiconductor (channel) and that would imply that even at T=0 k we will have electrons in conduction band which is wrong (unless the semiconductor is highly doped such that fermi level is in conduction band)

[@-wheeling9509]

Thank you sir

[@jainandanmodi1124]

Dear sir .@5:37 u told that at T=0 kelvin , all states above fermi level would be empty and all states below fermi level would be filled. my question is : in the diagram u have shown the fermi level to be in the conduction band of semiconductor (channel) and that would imply that even at T=0 k we will have electrons in conduction band which is wrong (unless the semiconductor is highly doped such that fermi level is in conduction band) pls clarify

[@الأستاذمحمد-ش3ع]

thanks