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Take the following files
```cpp
// lib.h
#include "cudaq.h"
void kernel(cudaq::qvector& q);
```
```cpp
// lib.cpp
#include "lib.h"
__qpu__ void kernel(cudaq::qvector& q) {
x(q[0])…
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- [ ] Improve the "Quickstart" tutorial
- [ ] Clarify how to choose a device and create a register for different applications
- [ ] Make a tutorial with the whole pipeline specifically for executing…
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### Required prerequisites
- [x] Consult the [security policy](https://github.com/NVIDIA/cuda-quantum/security/policy). If reporting a security vulnerability, do not report the bug using this form. U…
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qbsolv's decision about when to use the classical tabu solver and when to use the QPU can be opaque, and the algorithm has changed and probably will change again. Sometimes users want to know that th…
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### Required prerequisites
- [x] Consult the [security policy](https://github.com/NVIDIA/cuda-quantum/security/policy). If reporting a security vulnerability, do not report the bug using this form. U…
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Currently the `SampleSet` returned by the `DWaveSampler` contains information in the info field. E.g.
```
>>> DWaveSampler().sample_ising({0: 0}, {}).info
{'timing': {'total_real_time': 7757,
'q…
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### Issue Description
A recent bug in the decomposition methods of some `GateMaps` raised concern for the quality of QPU tests. The bug was fixed with PR #91, however, we need to update the QPU test …
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It would be nice if there is a way of mapping / distilling the QPU structure defined in C3 to a QISKIT QPU structure, so that gate-only circuits (i.e. no pulse gates) can be quickly checked using the …
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**Describe the bug**
When the openqasm IR includes `#pragma braket result expectation z($0) @ z($1)`, `Circuit.from_ir` throws error `line 1:28 no viable alternative at input 'z($0'`.
This error o…
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Create a Perceval - PennyLane plugin so that Quandela's QPU is an available device to run quantum algorithms from PennyLane.
See: https://pennylane.ai/plugins/