Complex Analysis: Liouville's Theorem

[@the_nuwarrior]

this channel is the only one that has quality content on complex analysis

[@omargaber3122]

Liouville's theorem is pure magic!
thanks

[@juniorcyans2988]

My! After watching tons of videos on this topic, I felt this one helped me to put those puzzles in the right place. Thanks!

[@shailesh4673]

thank you very much. I have been finding for a simple yet elegant explanation video and I am lucky to have stumbled across t this channel

[@the_nuwarrior]

very elegant proof indeed, your math skills are noticeable

[@gaaraofddarkness]

so neat and clean.. keep it coming

[@frolomaskor]

I wish you add more video about Riemann zeta function. Try to multiply Dirichlet series by (Δx)^(-s) and then divide by this. Can we do some integral transform using integral sums?

[@HassHansson]

Is it because of the Cauchys integral theorem that we can assume that the curve C is a circle around s?

[@qncubed3]

Path independence. You can deform the contour into a circle without changing the value.

[@cedricsoares786]

I enjoyed it sir

[@kiit8337]

Plzzz arrange the whole playlist, according to a sequnce no as lec 1,2,3..as such,, for a begginer it will help much..

[@qncubed3]

The complex analysis playlist is not a lecture series. However, if you take a look at the contour integration playlist, it is ordered from foundational material to more advanced examples.

[@kiit8337]

@@qncubed3 thnxx, professor,, i will be entering college next year,, i hope u would have added much more amazing stuffs and will be a fun learn... 🥰🥰🥰,,, am starting now real analysis chapter hope when I enter college I can boom baam😂😂

[@qncubed3]

@@kiit8337 👌I'm also just some random undergrad who makes math videos for fun, nowhere close to a prof...

[@kiit8337]

@@qncubed3 thnxx bruhh keep adding video s

[@euclid3044]

I think I’m legally obligated to give you my degree with the amt I’m watching these videos 💀

[@Unc4pped]

Love it!

[@HassHansson]

Cool!