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verify the Fermi integral approximations in sneut5.H #1326

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zingale opened this issue Sep 10, 2023 · 2 comments
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verify the Fermi integral approximations in sneut5.H #1326

zingale opened this issue Sep 10, 2023 · 2 comments
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student project projects for UGs, Masters, or PhD students

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@zingale
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zingale commented Sep 10, 2023

It seems odd that we never appear to access the last element in a1 and a2 in these integral approximations. This seems consistent with the code in the original paper:

https://articles.adsabs.harvard.edu/pdf/1993ApJS...84..101A

but we should double check things to make sure we are correct. It should be possible to just do the Fermi integrals and compare to the approximation.
@zingale zingale added the student project projects for UGs, Masters, or PhD students label Sep 10, 2023
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zingale commented Sep 10, 2023

oh... I see... since those coeffs are 1, they are is implicitly included in the way they factor the sums.

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zingale commented Sep 10, 2023

I commented what is going on in #1328

@zingale zingale closed this as completed Sep 10, 2023
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