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This is currently solved by [tiers](https://devguide.python.org/developer-workflow/c-api/), but:
Different users need different stability expectations:
- Performance chasers (e.g. Cython), need th…
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Hi.
I'm very new to Qutip and still in the process of refreshing my quantum physics knowledge so please forgive me if this is a silly question.
In the notebook on the [Jaynes Cumming model](http…
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I think it would be useful to include a direct steady-state solver which computes the solution of the system `A x = 0` in an exact way, just like `QuTip` steady-state method.
For instance, using […
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### Problem Description
The following paper was published a few week ago: [Arnoldi-Lindblad time evolution: Faster-than-the-clock algorithm for the spectrum of time-independent and Floquet open quant…
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**TL;DR:** This program should've been written on a quantum computer... My PC really starting to straggle:\
After converting the code from using `qutip` to using `numpy` (see `remove_qutip` branch)…
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We should add some simple tests to check that everything is properly dispatched.
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QuTiP currently uses QCircuit 2 (version of 2011) to generate LaTeX circuits that are printed to screen or saved to file. A newer version of QCircuit is available, 2.6.0 (2018) https://www.ctan.org/pk…
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[Self-hosted runners guide](https://docs.github.com/en/actions/hosting-your-own-runners/about-self-hosted-runners)
Using self-hosted runners (e.g. on Google Cloud) would give us the ability to test…
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Hi,
I found that the code mentioned in the title:
```
using PyCall
py"""
print('some text')
"""
```
cannot produce the output (nothing has been produced) when running a Julia console or an…
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Hi @jakelishman ,
Not sure where to discuss this, so here I am.
Can method be dispatched? Could we have `obj1` + `obj2` with proper dispatch at the data layer level, or only at the `Qobj` level?
…