How to compute inner product in the Hardy space

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SUMMARY

The discussion focuses on computing the inner product in the Hardy space H^2 on the open unit disk. The specific inner product to be computed is <\frac{1}{\left(1-\overline{\alpha_1} z\right)^2}\frac{z-\alpha_2}{1-\overline{\alpha_2} z},\frac{z}{\left(1-\overline{\alpha_1} z\right)^2}> where α1 and α2 are within the unit disk. The user attempted to expand the functions and integrate but found the process complicated and ineffective. The community is invited to provide alternative methods or insights for this computation.

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LikeMath
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Hi,
Let H^2 be the Hardy space on the open unit disk.
I am wondering how can I compute the following inner product

&lt;\frac{1}{\left(1-\overline{\alpha_1} z\right)^2}\frac{z-\alpha_2}{1-\overline{\alpha_2} z},\frac{z}{\left(1-\overline{\alpha_1} z\right)^2}&gt;,

where \alpha_1,\alpha_2 in the unit disk.

I tried to expand the functions but it became complicated. Also it did not work with the integration.

Is there an idea to be tried?

Thanks in advanced
Likemath
 
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Any idea?
 

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