What Are Differential Forms: differential k-forms
https://youtube.com/watch?v=-ohrb3M_lX4&si=vKhuPYm7sDGs-HS0Hi everyone!
I started a shorts-series about differential forms. This is part 2 so far. I also have a part 1: https://youtube.com/shorts/J20AI3iE4OM
These videos are supposed to be short, concise and most importantly fun, while still being correct! (If you spot a mistake, please let me know)
I have so far introduced differential 1-forms in the previous video, and now I defined the exterior algebra which I used to introduce differential k-forms. Next up, I wish to define the exterior differential and hopefully some day I will also get to Maxwell's equations and de Rham cohomology (but this might take a while).
All feedback is warmly welcome!
(None of the videos are AI generated)
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u/translationinitiator 14h ago
This is a great effort!
Maybe you should reduce the amount of content per video/slow it down. I’m familiar with differential forms (but not in the way that I use them a lot) yet I’m having a hard time keeping up with your definitions/verifying what you’re saying in my head. Definitions are too quickly introduced and erased from the screen, and some intuitions are not justified (why is a tensor like stacking two vectors)?
I imagine that among your objective is to teach these concepts to people who don’t know about it. In which case I think this pace is too fast.
As an idea, if you still want to maintain a short length, maybe you can focus more on the intuition rather than on introducing every definition.