Quote:
Originally Posted by Eddi
The phase of stationary states behaves like e^{iEt/hbar}. The animation includes that phase (no clue what the point of that is).
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I do not think that is it although you are correct about the phase factor.
First, the text referred to the video as an "orbital" not a "wavefunction" and also refers to a "cloud of probabilities" so I took that to be the video subject. Probability is psi*psi so the phases disappear and are not observable in the probability distribution.
Second, if you look at the time evolution in the video the symmetry of the orbitals changes from an l=1 to an l=2 form with the 4 lobes. I was thinking maybe they were basing that on the observation that a linear combination of the wavefunctions of degenerate states are also a solution of the wave equation and were showing that as movement back and forth from p to d orbitals in time. Not at all correct and there would be an l=0 s type component also that I did not see.