Divergent Series

[mydl]

man you can tell this guys self esteem has been TESTED studying math. Just by how carefully he minds his conviction

[francisayala]

Hey man, just wanna say that you inspired me to dust off my old text books and relearn some math. I graduated with my master's in math a whole back and for the past few years I've been teaching at my local community college. What I'm teaching is nothing difficult, just remedial math. I struggled mightily through grad school; I just barely scraped by to get my degree. However, because of your vids, I want to get back into learning math. I've forgotten a bunch already but I think it'll be fun going back and relearning, especially since now it'll be at my own pace with no time or financial pressures. Thanks for being an inspiration and I hope you make it through to your PhD.

[cassia_]

I really enjoy listening to you. I am writing from Turkey, I am studying for university entrance exams. When I get bored of studying, I get excited when I listen to you and see your work. It's nice to think about what you said, you enlighten me. Also, I love your occasional jokes. Anyway, I've made it a little longer, I wish you success in your work, my dear friend.

[Jocularious]

When I'm asked to proof something in one of my courses, I'll write the result and say "just trust me bro".

[abebuckingham]

Let S = 1 + 2 + 4 + 8 +... = 1 +2(1+2+4+8+...)=1+2S so we have S=1+2S and solving for S we have S=-1. It's one of my favorite ways to abuse infinite series.

[tyrusrechs]

I watched every minute of this video and I didn't understand a single thing after "well, I'm officially sick"

[crossbow]

Hope you feel better soon. Always love to see your videos.

[oo_rf_oo]

I've learned cesaro sum and abel sum in a Fourier analysis recently, it nice to see they show up here.

[jee-ae-]

Just trust me bro llol. Nice square example to represent GP. Do you have any cool example for harmonic?

[Pure_Imagination_]

I’m taking real and complex analysis right now. I did a problem in my complex variables class on this. The problem was to establish the identity and use it to derive Lagrange’s trigonometric identity. We’re using the Brown & Churchill complex variables book.

[briangronberg]

I hope you feel better and get some rest

[chasereiter]

Is that whiteboard a Tom Segura reference?

[profraihan]

GWS my friend. Do you look anything like The Math Sorcerer?

[castrelspirit]

man are you american? i just wanna make sure i'm not tripping here, but i can hear the slight twinge of a québécois accent; am i wrong?