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Hello,
I noticed that I cannot compute the determinant of an identity matrix using torch in R.
i.e. `torch_eye(3)$cuda()$det()`
It gives me this error:
```
Error in (function (self) :
…
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I am trying to evaluate a determinant with the following matrix:
matrix([4,0,0],[0,1,2],[0,1,-2-j])
It seems that the codeterminant is not being multiplied by 4. I have tested several real valued …
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Now that we have a determinant Op we should probably look into this.
There are numerically stable ways to compute the natural logarithm of the determinant, a quantity which is often needed in evaluat…
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1) Are we allowed to use functions that give determinant and inverse of a 3x3 matrix or are we supposed to manually compute one/both of them
2) Also if these functions work without including Eigen/…
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```julia
using SciMLOperators, LinearAlgebra
D = DiagonalOperator(rand(4))
A = SciMLOperators.AbstractSciMLOperator[D D; D D]
det(A)
```
```julia
ERROR: MethodError: no method matching SciMLOpe…
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- [ ] Analisar _aité ... kwá/nhaã_ por meio da função `dislocated` atribuída ao segundo constituinte?
- [ ] O demonstrativo _nhaã_ como `det` de _aité_, como em `Cruz2011:0:0:93`, ou o contrário, seg…
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Hi everyone!
Thank you very much for your package, it is great to have a Python quantum chemistry tool!!
However, I can't quite wrap my head around the following problem: suppose I have a mean-fie…
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Hi 👋 !
As discussed on Slack, adding the scalar Laplacian to the package could be interesting. As a reminder, the scalar [Laplacian](https://en.wikipedia.org/wiki/Laplace%E2%80%93Beltrami_operator) i…
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Need to:
- Allow arbitrary numbers of orbitals (currently limited to number of bits on machine)
- Allow specification of truncated excitation levels (maybe an integer vector argument for which level…