Fantastic! These lectures are a gift to humanity, because as more researchers will watch them, more will be able to understand and solve problems effectively, also problems they earlier believed to be only numerically 'potentially solvable', hence without much understanding. Big thank to Professor Strogatz!
Hi professor, may I ask one question? how to handle the ln(epsilon) term which is the coefficieent of an ODE, since other terms are all powers of epsilon
Fantastic! These lectures are a gift to humanity, because as more researchers will watch them, more will be able to understand and solve problems effectively, also problems they earlier believed to be only numerically 'potentially solvable', hence without much understanding. Big thank to Professor Strogatz!
Thank you very much! The video explains what I was confused in my own lecture! Very good demonstration!
This was an amazing lecture, beautifully delivered! thank you so much for putting those up online
Extremely clear explained, thank you!
Very well explained! Thanks Prof. Steven
You rock Professor Strogatz!
Hi professor, may I ask one question? how to handle the ln(epsilon) term which is the coefficieent of an ODE, since other terms are all powers of epsilon
Very helpful! This kind of reminds me of partitions of unity. Any connection there?
so helpful!