Awesome video. May I ask how might I apply the Wigner D matrix? I have the sum wave function. Then right now, I am trying to shift it by A that's just a scalar/number and not a matrix. It works for one wave function, but for two it's not moving in unison and it seems to be moving independantly. (Not an issue, as expected). But, now, how do I go about getting the Wigner D and how to apply it? I figured I can do J=1/2, but it feels like I need to configure it with alpha,beta,gamma but what would those values be in this context?
Figured it out! Wigner D, should be initialized with J=0.5, alpha=0, gamma=0, Beta should be k*a, where k is the frequency of the basis function. Again, thanks for an awesome video.
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Brilliant explanation! My only regret is, that I haven't found this earlier.
Too good!
Awesome video. May I ask how might I apply the Wigner D matrix?
I have the sum wave function. Then right now, I am trying to shift it by A that's just a scalar/number and not a matrix. It works for one wave function, but for two it's not moving in unison and it seems to be moving independantly. (Not an issue, as expected).
But, now, how do I go about getting the Wigner D and how to apply it? I figured I can do J=1/2, but it feels like I need to configure it with alpha,beta,gamma but what would those values be in this context?
Figured it out! Wigner D, should be initialized with J=0.5, alpha=0, gamma=0, Beta should be k*a, where k is the frequency of the basis function. Again, thanks for an awesome video.
Thanks
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