Cheers to the few that made it this far! And cheers to Prof. Strogatz for making such a beautiful series on such a beautiful topic. I will definitely be buying his textbook soon!
Thank you very much, Professor Strogatz, for these amazing lectures! I have watched all of them and have to say that you are a wonderful speaker who explains things extremely well. Bravo!
DR. Strogatz, thank you for another incredible lecture that shows the full application of Chaos to the real world. I watched and take notes for all 25 lectures and they are all amazing. Professor Strogatz, thank you for a deep contribution to Nonlinear Dynamics and Chaos and Advanced Mathematics.
Really great lectures!!! I was sure that I’d found treasures when I started the first video...Now all of them r finished and they do corroborate my words. Thank u professor!!!
Thank you so much for the amazing lectures. I have learned so much from this series of lectures while taking my Nonlinear course. You made it so much more engaging and thought provoking! 36:36 The juxtaposition between me and the MC of the movie trying to decipher what was being said by attempting to filtering out the noise lol 53:51 Roasted lol
What a ride it has been! Thank you so much to professor Strogatz for recording and making these lectures available to all of us! Also, congrats to everyone else who made it this far! If you wanna talk about the course with a fellow student, I’d sure love to know you an discuss a bit of the material (just bear in mind I’m just an EE undergrad with an interest in learning itself, not an expert by any stretch of the imagination)!
Great lectures! 👏👏Thank you Professor Strogatz, for such an intuitive and stimulating introduction to nonlinear dynamics. I'd also recommend the Nonlinear Dynamics and Chaos book which I found very friendly and readable for beginners to do self-study. Still, regarding the background noise, I can't help being curious to know if the audio part was recovered from some chaos masking😄
Have you tried using statistical inference, and extrapolation in relation to fractal patterns and interactions? Mainly the Mandelbrot set? If not I would love to share formulas!!! and see if we can create something new!
