Re: Need help in Calculating Wavefunction Variance
- From: "Jay R. Yablon" <jyablon@xxxxxxxxxxxx>
- Date: Tue, 29 Apr 2008 19:11:01 -0400
"kp" <4vector@xxxxxxxxx> wrote in message news:d4f44a45-8729-42b6-825d-3ef54c8af6ba@xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
On Apr 30, 12:26 am, kp <4vec...@xxxxxxxxx> wrote:
On Apr 29, 11:49 pm, kp <4vec...@xxxxxxxxx> wrote:
> Well according to mathematica your Eq.2 is wrong. I didn't go
> further.
> kp
I take that back Eq. 2 seems OK.
And your Fourier Transform seems ok. But in your expectation value of
<p^2> you need to take the complex conjugate of the wave-function and
the wave-function itself not just the square of the wave-function.
kp
Thanks! Jay
PS: The mathematica results confirm that the relationship between A and B does not affect the integral. Put another way, if you calculate the integral with A and B as completely free parameters, and then plug in constraining values for A and B, including making them a function of x, and / or of each other, the result is the same whether you plug in the A and B values before or after the integration.
Since this is not always so for integration of inter-dependent variables generally, I suppose this is a consequence of the fact that the definite Gaussian integrals taken from -oo to +oo over dx, are independent of x.
Jay.
.
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