GroupTheory 1

[@bachhavgaurav]

Thanks a lot Professor! I watched each and every video of yours and found them immensely helpful. They are crisp and clear. Huge Respect!

[@LadislauFernandes]

I am glad they helped you. Tks a lot

[@PunmasterSTP]

These are wonderful presentations; thank you for making and sharing them!

[@LadislauFernandes]

Please check the list for this course. You have some videos on S_n and D_n, if you need any particular thing please send me a message, tks for watching my videos

[@kasiphia]

Very helpful

[@LadislauFernandes]

I think it is self sufficient but you do have to watch them in the list order. I am planning another course that will cover more or less the same stuff, where I will not do anyproof and do more "practical" exercises. I think this present list will be huge, I am moving to Rings now...and will get to Galois Theory... and some other heavy stuff... I will do lists on Number Theory and Topology too

[@koozdra]

I've just started learning abstract algebra. These lectures are very helpful. Thank you very much.

[@LadislauFernandes]

Tks a lot for watching these videos.

[@LadislauFernandes]

I will, for sure do some videos on Representation Theory, tks for watching my videos

[@top5youwant]

A lecture of professor Farnandes is very understandable , rich with terms and excellent vocublary ..... A pretty outstanding job done by You Sir

[@LadislauFernandes]

tks a lot, Yadav I might do a new course as soon as I get better.

[@cyclotomic8967]

Amazing work!

[@DP-ll9bz]

Great videos. Do they follow some textbook? It would be nice if I could do some exercises after each one.

[@glyoxal]

There should be the 4th property of closure. The set (G, x ) is closed under the operation 'x'

[@PETAJOULE543]

Nice grouo examples

[@marciussilvestre663]

Those lessons are very helpful. Thank you so much. If you don't mind, could you put subtitles on your video lessons in English?

[@Shivaprasad-ev5kw]

helpful videos.but, your theories are in correct sequence?

[@whatswatiloves]

Why you haven't mentioned about closure property?

[@gustavorobalo5485]

3:02

[@raducumihaicristian]

Thanks a lot for your work. Your videos are awesome. Can you point us to some resources so we could practice the thoretical notions(textbooks with exercises or sth like that).

[@stempki]

google 302 group theory by Mulholland, you fill find a textbook with excersises to download, enjoy!

[@Joel-jl9sb]

What's the software you're using? Great explenation on Group theory. Love your videos! :)

[@LadislauFernandes]

tks a lot for watching my videos...at the time I was using Sketchbook pro 6 and the usual Camtasia for recording...a couple of videos later I changed...

[@mohammad_shanealam_alig_gj5747]

nice

[@monoman4083]

google 302 group theory by Mulholland, you fill find a textbook with excersises to download, enjoy!( Copied from below)

[@Chrisymcmb]

Wow, this is a serious course. 102 videos :o

[@mostafanaga5021]

its too good but please be a bit faster the writings is too slow

[@AnshSoniVerma]

mechanics video plz upload

[@Hateusernamearentu]

Are you teaching in german?

[@LadislauFernandes]

of course!!!

[@procopiaugustin8233]

6:26 mistake

[@LadislauFernandes]

Inverse a´ of a, so a*a´ = e Cant see the mistake...

[@procopiaugustin8233]

@@LadislauFernandes I think that the first equality holds only for abelian groups. For the inverse element only it would look like this: x*y = e = y*x. I might be wrong.

[@AnshSoniVerma]

thxxxx sir

[@abc18122]

can u cover the whole syllabus of net...

[@vikramrao1024]

plz uplode more topik

[@kmrenuka1380]

Sir Telugu lo chepandi sir please

[@abc18122]

come to know late.... try to make up excellent sir awe some reducinng pressure of reading...... need more help for csir-net preparation

[@smithcodes1243]

O dislike :D