The whole series is greatly helpful to me, Although font is slightly small, I like it this way, because at any given point of time, I can just glance back at all of the content of the video as it is basically just one slide. This has been very helpful for my understanding u
Yes it doesnt matter how many subs you have. But your knowledge that you share is far more important. It help many people. Thank you sir for the knowledge. Ive subscribed your channel btw
It is nice that people are willing to subscribe as an endorsement, though the vast majority of views do come from non-subscribed accounts. In any case, I'm far more concerned about product impact than vanity metrics.
Does the perturbation have to necessarily be a potential? For example if we want to include a relativistic correction term proportional to p⁴ would that follow this procedure too?
Dear community, I am having a really hard time to understand this video, because I am absolutely new to this subject. Could anybody tell me what topis I would need to learn before I could understand this? I am so fascinated, but I don't get anything :(
hope its not too late to answer this. m =/= n because of the denominator. If it would be equal then the denominator would be 0, and we cannot divide by 0. Hope this answered your question
The whole series is greatly helpful to me, Although font is slightly small, I like it this way, because at any given point of time, I can just glance back at all of the content of the video as it is basically just one slide. This has been very helpful for my understanding
u
Incredible explanation! Cheers from the Netherlands
Yes it doesnt matter how many subs you have. But your knowledge that you share is far more important. It help many people. Thank you sir for the knowledge. Ive subscribed your channel btw
Definitely nice simple explanations. I'm surprised you only have 18k subs
It is nice that people are willing to subscribe as an endorsement, though the vast majority of views do come from non-subscribed accounts. In any case, I'm far more concerned about product impact than vanity metrics.
TMP Chem it definitely has a strong impact, thank you.
Great video! Thank you!
Superb Explanation 👍🏻👍🏻
Does the perturbation have to necessarily be a potential? For example if we want to include a relativistic correction term proportional to p⁴ would that follow this procedure too?
What textbooks would you reference for these Quantum Chemistry topics?
These ones. ua-cam.com/video/Hy0VNn6ewUU/v-deo.html
Dear community, I am having a really hard time to understand this video, because I am absolutely new to this subject. Could anybody tell me what topis I would need to learn before I could understand this? I am so fascinated, but I don't get anything :(
Felix Hegg what specifically are you having problems with?
Why m is. Not equal to n??
hope its not too late to answer this. m =/= n because of the denominator. If it would be equal then the denominator would be 0, and we cannot divide by 0. Hope this answered your question
Thanks
Good
👍👍
too easy