Lecture - 3 Characteristics of linear vector spaces

[physiqueper4]

this man is a Hero

[delameu]

camera work is amazing

[Mattprole]

I was watching a political debate and this video randomly came back on. I think that was God's attempt to save me from overdosing on BS. (JK, God doesn't exist!)

[knotinn]

I'm a Scottish guy and I love your accent! My dear fellow, you are clearly very clever and I admire you for that. However, you do lecture at a fast rate! It reminds me of my university days when I was learning advanced calculus. I had to ask my professor to leave the stuff on the chalkboard so I had time to copy it down! Do you do lectures on tensor calculus and Spinor theory? Best regards from Allan.

[pepperpie88]

I don't really understand most of what he says but I love listening to him and let it all wash over me like learning a new language. Thank you professor.

[einsteinihsan]

Awesome camera work. Feels like you are actually sitting in the class. The camera work beats that of the videos by other institutions like Stanford. Very enjoyable style of lecture indeed.

[maujo2009]

It is a true shame that the course doesn't cover Scattering Theory. I would encourage users to ask nptelhrd to include such lectures.

[bhigr]

This is a beautiful representation of the mathematical formalism of quantum mechanics. Well done!

[deb12359]

Thank you for posting such a wonderful video...

[DezLadyLala]

Oh geez,.. this one hurt my brain.. lol

[unown17]

Wait? Why is it the third example is linearly independent when it is written as a combination of the first? In that case, would the other one not be linearly independent because it is a linearly combination of the first two?

[busygin]

No, you can't express e_z+e_y+e_x as a linear combination of e_x and e_y+e_x because you can't get z component from them.

[2009Aron]

Excellent! Thank you a lot for posting! Greeting from Germany!

[russelljbarry15]

His use of a dyad to show how the projection operator works was great. I was having a little problem seeing how this worked, could not really understand it until I saw this video.

Thanks again.

[russelljbarry15]

These are the best.

Thanks !!!!

[damjanhudjek]

Simply great.

[arakkalashraf]

Learning physics from a real guru is a great experience.Knowledge at last is free from the walls of the great institutions

[spectrum10]

I never made it to quantum physics because I failed classical (Newtonian) physics. But I understand the most rudimentary principles and I find this subject area fascinating on a layman's level.

[Baninen2]

Are these lectures downloadable somewhere?

[Baninen2]

These online lectures are great for us who sucked at school for social reasons and didn't manage to get to University, but still got interest and passion towards this subject.

[miprabasiva]

Dear Sir,

Your style and content of the lecture simply proves you not only have a strong background in the subject but also you taught the subject for many years. It is amazing, informative and encouraging to listen to learn from your lecture. I thank you and everyone who made your lecture made possible to public.

Thank you

-Praba Siva

[JamesZBW]

I love this professor' lecturer. Hope to see more posts.