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The QIP module is a set of tools for simulating quantum computing, from the high-level of algorithms, down to individual qubit control sequences in a particular physical architecture. So far it has fu…
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### Bug Description
It seems `MeSolver` does not accept `SolverResultOptions` as input, yet none of the other `Options` class seem to have a `store_states` attributes documented. Is this the correc…
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I just did a
conda update --all
There was no errors reported.
But now I get
ImportError: No module named conda
whenever I start a new terminal. Is there anyway to find where …
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Add links to benchmark website in Qutip.org. I guess this could be opened as an issue also on qutip.github.io, and the PR would go there, but wanted to make sure this is flagged also here.
I think…
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How about including this graph below the current performance graph on qutip.org features page?
https://raw.githubusercontent.com/qutip/qutip-benchmark/master/continuous-benchmark/graphs/summary.png
…
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Task of feature #4
Not very high priority as of March 2015
The idea is to provide a simple way to simulate the expected result of programmed gate sequences.
Several complementary options to describ…
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In the `run()` method of the `Simulation()` class there's an inconsistent type annotation for the options passed to the QuTiP solver ([see line](https://github.com/pasqal-io/Pulser/blob/develop/pulser…
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Like done here: https://github.com/qutip/qutip-tutorials/blob/main/.github/workflows/notebook_ci.yaml#L117-L133
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I created a fresh conda environment with python==3.8 and run
pip install -i https://test.pypi.org/simple/ --extra-index-url https://pypi.python.org/simple/ qutip-qip
It installed qutip-qip very fast…
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See failures in run https://github.com/qutip/qutip-tutorials/actions/runs/3123223660/jobs/5065718100