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lmr
lmr
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I would have posted this as a comment but I cannot do that yet.

Question 1: Yes, it is independent of time. This is the very nature of the stationary states.

Question 2: I do not fully understand that question... But when reading your text, I do not see any standard deviations. Note that the uncertainty principle is defined for the standard deviation of space and momentum.

EDIT: Found something for you here

I would have posted this as a comment but I cannot do that yet.

Question 1: Yes, it is independent of time. This is the very nature of the stationary states.

Question 2: I do not fully understand that question... But when reading your text, I do not see any standard deviations. Note that the uncertainty principle is defined for the standard deviation of space and momentum.

I would have posted this as a comment but I cannot do that yet.

Question 1: Yes, it is independent of time. This is the very nature of the stationary states.

Question 2: I do not fully understand that question... But when reading your text, I do not see any standard deviations. Note that the uncertainty principle is defined for the standard deviation of space and momentum.

EDIT: Found something for you here

Source Link
lmr
lmr
  • 1.3k
  • 3
  • 12
  • 23

I would have posted this as a comment but I cannot do that yet.

Question 1: Yes, it is independent of time. This is the very nature of the stationary states.

Question 2: I do not fully understand that question... But when reading your text, I do not see any standard deviations. Note that the uncertainty principle is defined for the standard deviation of space and momentum.