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I loved your presentation and the historical tidbits you shared. While it may be somewhat unrelated to this video, I would like to mention that it would be amazing to see you explore topics from Operator Theory, like Beurling's Theorem regarding shift-invariant subspaces. I find it personally intriguing as it connects Complex Analysis with Operator Theory.
I’m glad you liked the video! Yeah, I can add the Beurling theorem to the list. I can link it with the invariant subspace problem when I finally put that video together. Might be a little while from now though. Lots in the list :)
I’ll give it some thought. I can certainly talk about undergrad and intro grad abstract, but I’m not an expert on the topic like I am analysis. Anything you’d like to know now?
@JoelRosenfeld i am first year PhD student in control systems with electrical engg background. My potential area of work is optimal control and reinforcement learning. Through some literature survey i found optimal control involves calculus of variation. Your vidoes are very informative and source of motivation to learn mathematics. I would appreciate if u guide me in this regard.
@@mohsinirshad2862 yeah optimal control is pretty intimately connected with the calculus of variations. The keywords you’d want to look up would be the Hamilton Jacobi Bellman equation as well as the Pontryagin maximum principle. A really good book on this topic is Calculus of Variations and Optimal Control by Liberzon. Gelfand also wrote the standard reference on the Calculus of Variations, which is still a good read. This was before optimal control theory took off during the Cold War.
To try everything Brilliant has to offer-free-for a full 30 days, visit brilliant.org/ThatMathThing/ . The first 200 of you will get 20% off Brilliant’s annual premium subscription. (This video was sponsored by Brilliant)
"Popcorn is corn!?" Greatest moment!
this channel is underrated. keep up the good work
Cheers!
Always a good day when prof uploads
Happy to have you here! I hope you like it!
Most looked forward to videos on TH-cam! Especially with the blue book!
7:36 you made a child have the greatest realisation of their life and just doesn't comment on it as if it wasn't important
lol blew her mind!
I loved your presentation and the historical tidbits you shared. While it may be somewhat unrelated to this video, I would like to mention that it would be amazing to see you explore topics from Operator Theory, like Beurling's Theorem regarding shift-invariant subspaces. I find it personally intriguing as it connects Complex Analysis with Operator Theory.
I’m glad you liked the video! Yeah, I can add the Beurling theorem to the list. I can link it with the invariant subspace problem when I finally put that video together. Might be a little while from now though. Lots in the list :)
LOVE this stuff! Thank you good sir!
You’re welcome!
Please upload a survival guide on abstract algebra
I’ll give it some thought. I can certainly talk about undergrad and intro grad abstract, but I’m not an expert on the topic like I am analysis. Anything you’d like to know now?
Amazing. Can u make video on calculus of variation
I’ll give it some thought. Anything in particular you’d like to know?
@JoelRosenfeld i am first year PhD student in control systems with electrical engg background. My potential area of work is optimal control and reinforcement learning. Through some literature survey i found optimal control involves calculus of variation.
Your vidoes are very informative and source of motivation to learn mathematics. I would appreciate if u guide me in this regard.
@@mohsinirshad2862 yeah optimal control is pretty intimately connected with the calculus of variations. The keywords you’d want to look up would be the Hamilton Jacobi Bellman equation as well as the Pontryagin maximum principle. A really good book on this topic is Calculus of Variations and Optimal Control by Liberzon.
Gelfand also wrote the standard reference on the Calculus of Variations, which is still a good read. This was before optimal control theory took off during the Cold War.
Wow. Very interesting story telling❤️❤️❤️
Thanks! I spent a lot of time working it all out
LHL=RHL=Function value
Indeed. That works for the real line. Funny how many tools from ordinary calculus survive to more advanced math.
your kids are so cute hahaha indeed 3 + 4 is 7
Reddit moment