Thank you for your comment. However, I am doing research works abroad and it would not be possible for me to look into the matter. Sorry! Nonetheless, I would request you to follow other commutation related videos from my channel. Those might help you.
![If [X,Y]=kY then prove that exp(X)Yexp(-X) = exp(k)Y, where k is a number](http://i.ytimg.com/vi/HtPkCeuj2Tw/mqdefault.jpg)
![If [X,Y]=kY then prove that exp(X)Yexp(-X) = exp(k)Y, where k is a number](/img/tr.png)
![exp(A)Bexp(-A) = B + [A,B] +1/2![A,[A,B]] +1/3![A,[A,[A,B]]]+...](http://i.ytimg.com/vi/ndEBKIAJ_mg/mqdefault.jpg)
thank you for sharing this knowledge!
Thank you for your appreciation.
What about integration constant?
Since this integration isn't definite
Where I can find about baker campbell for operators? (I always only see this formula for matrix but not for operators) thanks
Matrices and Operators have mostly the same charakteristics, so you can use this proof for operators and matrices.
@@sarahk9742 thanks. Any reference?
hello! Could you go over in more detail the steps you did for the prove? thanks!!
Thank you for your comment. However, I am doing research works abroad and it would not be possible for me to look into the matter. Sorry! Nonetheless, I would request you to follow other commutation related videos from my channel. Those might help you.
@@AyanSarkar1 ok no problem! thanks a lot :)