As an older college dropout, who remains curious about these things, I find these videos illuminating. They are somewhat deep/comprehensive/accurate without getting too involved in tedious complexities. However I suspect that a reasonable understanding of this stuff might require quite a bit of study for someone with no background at all or without some good high school science and math.
very well explained thanks ! (I did not study those things, I'm trying to understand why UVC are blocked by glass or plastic, and this answer: physics.stackexchange.com/a/444713/79303 . So it seems I need first to understand what a band gap is!)
These lectures are so good!
As an older college dropout, who remains curious about these things, I find these videos illuminating. They are somewhat deep/comprehensive/accurate without getting too involved in tedious complexities. However I suspect that a reasonable understanding of this stuff might require quite a bit of study for someone with no background at all or without some good high school science and math.
Yeah this is a Delft Uni lecture
I love this guy.
I'm gonna tell my professor.
Thank you!
Proton not Positron!
Since when are protons called positrons?????
Red for negative charge?
You keep saying that word... positron... I do not think it means what you think it means.
I think it is better if you change the name of the video since it is not about band gaps yet, it has confused me.
very well explained thanks ! (I did not study those things, I'm trying to understand why UVC are blocked by glass or plastic, and this answer: physics.stackexchange.com/a/444713/79303 . So it seems I need first to understand what a band gap is!)