Nice explanation! There was a little mistake, though. When you use the normalization condition on the wavefunction psi you can express it as a normalization condition of the coefficients phi. This condition tells you that the absolute value squared of phi, integrated along k must be equal to (2*pi)^(1/2) (Not 1).
Thanks a lot. i finished my B.Sc. in Theoretical Physics in 2006 then i got married and had two kids so i forgot almost everything i learned in college. Thank you so much for posting these videos. you helped me remember the subject i always loved. :)
Nice explanation! There was a little mistake, though. When you use the normalization condition on the wavefunction psi you can express it as a normalization condition of the coefficients phi. This condition tells you that the absolute value squared of phi, integrated along k must be equal to (2*pi)^(1/2) (Not 1).
Aristaeus89 5 months ago
well done...............only saw one mistake
wildbill2166 7 months ago
Thanks a lot. i finished my B.Sc. in Theoretical Physics in 2006 then i got married and had two kids so i forgot almost everything i learned in college. Thank you so much for posting these videos. you helped me remember the subject i always loved. :)
MaieMaie1 1 year ago
Great video! You helped me immensely with my extra credit problems for my modern physics class.
i69tobigbeaver 1 year ago
5:40
DoubleDutchBust 1 year ago
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DoubleDutchBust 1 year ago
0:26
DoubleDutchBust 1 year ago
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DoubleDutchBust 1 year ago
though im not that adept in quantum physics..you still make it sound interesting!! You make it sound understandable!
Great Videos
trackmonster 2 years ago
interest video.
DideeKawaii 3 years ago