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### Issue Description
In https://arxiv.org/pdf/2109.15065, the authors used [Zero-Noise Extrapolation](https://mitiq.readthedocs.io/en/stable/guide/zne.html) and [Readout-Error Mitigation](https://mi…
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To enrich torchquantum's support of various algorithms, we need your help on implementing more quantum algorithms and examples in TQ! You may choose any quantum algorithm you like to implement such as…
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Create a cli tool in the [`qlasskit/tools`](https://github.com/dakk/qlasskit/tree/master/qlasskit/tools) package called `py2bexp` that receives a python script (file or stdin) in input and outputs boo…
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Create a cli tool in the [`qlasskit/tools`](https://github.com/dakk/qlasskit/tree/master/qlasskit/tools) package called `py2qasm` that receives a python script (file or stdin) in input and outputs qas…
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Implement mixed state quantum evolution, measurement, and expectation values. In the current implementation, the stabilizer state class has an attribute `stabilizer_state.r` which labels how many stab…
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### Description
When running a simulation script, we need to define two sets of parameters: one that guides the shape of the geometry, and the other that guides the execution of the third-party sim…
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### Feature details
The `from_qasm` function allows users to convert a [QASM2](https://arxiv.org/abs/1707.03429) string into a PennyLane quantum function (see [docs](https://docs.pennylane.ai/en/st…
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# Description
The CUDA-Q platform allows users to build and execute hybrid quantum-classical kernels. While learning CUDA-Q and also while developing with CUDA-Q, it is helpful to visualize quantum …
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In this issue, we will add practical examples to demonstrate Classiq's Hardware-Aware Synthesis capability.
Quantum computers differ from one other in many significant parameters, such as basis gat…
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### Issue Description
OpenQAOA currently only supports `python>=3.8,