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Hi,
I was looking at the classes representing finite fields and I've noticed two major issues.
First: as far as I know, the FiniteField class can represent only Z/(p) fields, which is counterintuitiv…
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I am doing a state-of-the-art of the existing libraries on GPU, and I stumbled upon your project.
What exactly finite fields are supported ? Only fields of characteristic 2 ?
Extension or only prime…
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Anyone doing any kind of crypto calculation would probably appreciate having a finite field implementation in Spire.
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Hello,
Thank you for the implementation, I found it useful. I am wondering if the implementation could be adapted to work in finite fields? In particular I am interested in JC decompositions of bin…
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According to #9544 sympy still doesn't support finite fields of the form GF(p^m). I need to factorise and divide polynomials over GF(2^m). Would writing my own domain (or any other such hack) allow me…
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As far as I understand, the focus of this project is ECC, even though other uses of finite field arithmetic are supported (Poly1305). Is it easily possible to support finite fields large enough that D…
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supersedes #23316.
The [GitLab](../wiki/GitLab) MR is here: https://gitlab.com/sagemath/sage/-/merge_requests/33
Depends on #21413
Depends on #26105
Depends on #33373
Component: **finit…
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Given a homormorphism, a prime `p`, and a degree `n`. Returns a table of the ratio of periodic
points to the number of points in a field of size `p^n`, as it cycles through the range of…
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Current implementation for checking whether a rational map is chebyshev only works for number fields. See https://github.com/sagemath/sage-prod/issues/28292
CC: @Arnabds
Component: **dynamics**…
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While one can do
```
gap> Display(SymmetricPower([[1,2],[3,4]],3));
[ [ 1, 2, 4, 8 ],
[ 9, 16, 28, 48 ],
[ 27, 42, 64, 96 ],
[ 27, 36, 48, 64 ] ]
```
it is not docum…