maybe cliche, but: e^(πi) + 1 = 0 features many of the heaviest hitters of mathematical constants. and to understand its derivation with fourier series is life-altering. good channel.
The intro does have AI elements, but it's not all AI. I did a lot of photo editing on the images, created others completely on my own, and did all the animations myself. As a production team of one (with a tiny budget), this was the only way I could make my vision for the intro come true! Thanks for watching! 😄
z = y*y/B + x*x/A hyperbolic paraboloids My wonderful American inspiration. I love your videos and if you can do this genius with a few hundred dollars a year, what could you do with a thousand dollars? We really need to make you rich and famous to solve this mystery! Keep it up. Your videos are incredibly funny, entertaining and educational. Very good work.
bro is under rated asl
grr can’t believe you took my y = mx + b.
also wowee busted a nut at the Cane’s joke I literally cannot stop laughing even as I’m typing this
maybe cliche, but: e^(πi) + 1 = 0
features many of the heaviest hitters of mathematical constants. and to understand its derivation with fourier series is life-altering.
good channel.
Vol 43 LOL
La intro xdddd
1-1=0
what is up with that intro? AI claymation or something?
The intro does have AI elements, but it's not all AI. I did a lot of photo editing on the images, created others completely on my own, and did all the animations myself. As a production team of one (with a tiny budget), this was the only way I could make my vision for the intro come true! Thanks for watching! 😄
z = y*y/B + x*x/A
hyperbolic paraboloids
My wonderful American inspiration. I love your videos and if you can do this genius with a few hundred dollars a year, what could you do with a thousand dollars? We really need to make you rich and famous to solve this mystery!
Keep it up. Your videos are incredibly funny, entertaining and educational. Very good work.
Respectable math equation! Thanks for the kind words, my friend!