In case anyone is following along and notices: Around 26:44 Prof. writes $\partial_\mu \xi_ u $ where the mu and nu need to be switched. He corrects this in the very next line he writes.
Great explanation mate. I really appreciated the fact that you took the time to explain carefully all the derivations. Very useful and clear. And the available slides are a nice touch.
A Truly, amazing and methodical explanation of concepts which would be difficult for a beginner to understand easily. A much needed lecture series which really helped me at a time when I needed to get a quick grasp of things. I am already recommending the channel to many of my peers. Thanks!
The statements I hate from Physics teachers. "I will leave it as an exercise", "It can be easily shown that", "It is trivial"... They leave me boiling with anger. If it can be easily shown, why do you not show it?
In case anyone is following along and notices: Around 26:44 Prof. writes $\partial_\mu \xi_
u $ where the mu and nu need to be switched. He corrects this in the very next line he writes.
Great explanation mate. I really appreciated the fact that you took the time to explain carefully all the derivations. Very useful and clear. And the available slides are a nice touch.
Thanks!
Finally went back and finished the lecture. Really good job. I enjoyed it a lot
very nice was looking all over internet for a good explanation of gravitational waves everything was very clear keep making such videos
A Truly, amazing and methodical explanation of concepts which would be difficult for a beginner to understand easily.
A much needed lecture series which really helped me at a time when I needed to get a quick grasp of things. I am already recommending the channel to many of my peers. Thanks!
The statements I hate from Physics teachers. "I will leave it as an exercise", "It can be easily shown that", "It is trivial"... They leave me boiling with anger. If it can be easily shown, why do you not show it?