I don't quite understand everything, and I probably need to rewatch about 15 of these videos, but I just want to say that it's been a really fun ride. At this point it's cliché, but I really would like to thank you for making all of these wonderful videos and sharing them on TH-cam!
I think your lessons are terrific. I have completed a number of them thus far and plan to continue. Regarding your Table listing 3 key items of The Galois Correspondence, I believe the 2nd bullet should read degree of K over F = the Index of H in G.
I truly enjoyed these videos. Modern Algebra is the course that convinced me to be a chemist (and not a mathematician). Regardless, Mathematics has always been my true love. So, thanks for finally bringing some light to what I found to be an almost impossible to understand topic.
This is the clearest version of this proof that I've been able to find!
I don't quite understand everything, and I probably need to rewatch about 15 of these videos, but I just want to say that it's been a really fun ride. At this point it's cliché, but I really would like to thank you for making all of these wonderful videos and sharing them on TH-cam!
Thanks so much for your lectures. Love them very much.
I think your lessons are terrific. I have completed a number of them thus far and plan to continue. Regarding your Table listing 3 key items of The Galois Correspondence, I believe the 2nd bullet should read degree of K over F = the Index of H in G.
Just finished the whole playlist. Thank you professor Salomone.
Same here!
I truly enjoyed these videos. Modern Algebra is the course that convinced me to be a chemist (and not a mathematician). Regardless, Mathematics has always been my true love. So, thanks for finally bringing some light to what I found to be an almost impossible to understand topic.
Thank you very much for these videos
What guarantees that the extension E:R is finite?
I believe this is guaranteed by the finiteness of the degree of the polynomials