Complex Analysis 33 | Residue for Poles

[@premkumar-so3ff]

Very cool thing about your video series was they are short and concise. I was doing algebra from 3 months and i wanted to switch to analytic number theory study and for that i want to revise complex analysis and your playlist does thing at ease. Please make such videos on probability theory at measure theoretical level. As your videos saves time for any person if not able to cover voluminous text books. Thanks again

[@brightsideofmaths]

Thanks a lot! I have the same for probability theory and measure theory :)

[@brightsideofmaths]

You can check my webpage for that if you are interested: tbsom.de/s/mt

[@CrimsonSquaredX2]

Do you have any plans to talk about the Riemann-Stieltjes integral? Maybe as an addendum to your real analysis course?

[@brightsideofmaths]

I like the idea! I will do this in feature.

[@krishnenduhazra7396]

In your full playlists of paid membership have you covered conformal mapping part?

[@brightsideofmaths]

No, but this one will come in future!

[@kamranabdulkhaev1767]

How many parts are in the plan?

[@brightsideofmaths]

2 parts remain

[@Ghetto_Bird]

Will the Riemann mapping theorem or any other conformal mappings also be discussed in future videos?

[@navierstokes2356]

Do you have any opinion on Bak and Newman's book on complex analysis?

[@brightsideofmaths]

I don't know it but I have to say: most of the books about complex analysis are good!

[@navierstokes2356]

@@brightsideofmaths Do you have a personal favourite one?

[@syvisaur7735]

Wait so why are we writing it like this? Isn't that just Cauchy's integration formula written in another form?

[@brightsideofmaths]

Writing like what exactly?

[@kamranabdulkhaev1767]

Cool!