Index Theory for Dynamical Systems, Part 1: The Basics

[@guuspalmero]

Great video, I'm going to recommend this to some of the students.

[@ProfessorRoss]

Thank you! I'm glad you appreciate it. And thank you for passing it on to your students.

[@RichardSouthwell]

This is awesome.

[@ProfessorRoss]

Thanks for watching!

[@RichardSouthwell]

Your very welcome. I make math videos on KZbin too. I will recommend your channel when I get to speaking about related topics.

[@bradyan53838]

It reminds me the theorem in complex analysis. Your lectures is very good. Thank u a lot!

[@ProfessorRoss]

Yes, it sort of does; maybe something related to residues? If you find out the theorem, let me know.

[@bradyan53838]

@@ProfessorRoss people.math.carleton.ca/~ckfong/S33.pdf

[@fuaadams4623]

wonderful lecture

[@ProfessorRoss]

Thank you so much. I am glad you found the material helpful.

[@lifewithchikoomishthi4212]

Very helpful lecture sir.thank you sir

[@ProfessorRoss]

So nice of you. I'm glad it was helpful.

[@FarhanKhan-ed8ro]

Informative lecture sir, can you please tell me which are you used to draw phase portraits?

[@ProfessorRoss]

Make your own phase portrait here is.gd/phaseplane

[@brendawilliams8062]

Thankyou

[@matthewjames7513]

Intuitively I get property 4) but how can I prove it ? 18:51

[@khouloudforadvice2373]

النقط كيف يتم اختيارهم

[@ProfessorRoss]

Index theory is about equilibrium points. So you first must select equilibrium points.

[@brendawilliams8062]

Thankyou