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Hi,
I have a problem when trying to visualize the quantum circuit with the command "q.png".
I have installed ImageMagick, Perl, and Ghostscript as explained in the tutorial: https://nbviewer.ipyth…
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**Is your feature request related to a problem? Please describe.**
Traditionally in Hinton diagrams, any positive number is represented by a fully white square, while any negative number is represent…
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Once a Pull Request is merged to QuTiP, the contributor could add a short description to the Changelog, which contains changes of each [version release](http://qutip.org/docs/latest/changelog.html).
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QuTiP currently lacks any functionality directly related to VQAs. It would be useful to have a class-based implementation that allows for problem specification down to the details of parametrized/fixe…
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Hello,
I'm using the following system and versions:
```
QuTiP: Quantum Toolbox in Python
Copyright (c) QuTiP team 2011 and later.
Original developers: R. J. Johansson & P. D. Nation.
Current a…
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The LaTeX code generated for the following simple circuit is invalid, and trying to plot the circuit results in a RuntimeError:
```
qc = QubitCircuit(1, num_cbits=1, reverse_states=False)
qc.add_…
neago updated
2 years ago
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Recently, we have seen a number of issues with the limitations imposed by using int32 for the sparse matrix indices in QuTiP (#845, #842, #828, etc). Supporting **both** int32 and int64 indices is qu…
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### Keep your code alive - lessons from the QuTiP project
### It is a:
- [ ] Short talk (10 minutes including discussion)
- [x] Longer talk (20 minutes including discussion)
- [ ] Discussion (up…
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