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**Describe the issue**
The "Stochastic Solver" page on the users guide currently have typos on equations and the text. Additionally, I believe the page could be improved by:
- adding an example f…
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**Is your feature request related to a problem? Please describe.**
In our simulations we frequently run Monte-Carlo samples that would be great to visualize on the Bloch sphere. However, an alpha val…
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Hi.
I was wondering while playing with the permutational invariant solver, if there is any way to customize your Lindblad in the dicke basis. I meas, suppose I have a collapse of the form, J_+ + J_…
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### Bug Description
Call to `b.render()` errors after performing `b.add_vectors(vec)` where `b` is an instance of `qutip.Bloch()`.
### Code to Reproduce the Bug
```shell
import qutip
b = qutip.Blo…
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### Describe the Issue!
Building the development version of QuTip is challenging because the required modules are not identified in a single file, and may be out of date.
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### Bug Description
This bug is related to the one explained in #1829.
After setting to False the `auto_tidyup` variable in settings, `mesolve` still calls `tidyup` and sets to 0 all values lowe…
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### Bug Description
In a fresh conda environment with python 3.10, qutip installation from pip fails.
It seems that this was due to people jumping to Python 3.10 too early https://github.com/numpy…
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**Describe the issue**
Hello,
I'm studying the classical case of a driven qubit, and i want to know the steady state of the system.
**To Reproduce**
I declared the following Hamiltonian
```pyth…
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### Bug Description
When trying to reproduce the [code for the quip-qip paper](https://github.com/boxili/qutip-qip-paper), I'm running into an
~~~
AttributeError: module 'numpy.__config__' has no a…
goerz updated
2 years ago
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**Is your feature request related to a problem? Please describe.**
The current steadystate solver requires a time-independent Hamiltonian. This is obvious because a time-dependent Hamiltonian cannot …