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`tensor` method of `Primitive` does not work correctly for control gates. Specifically, it fails to differentiate between different control and target qubit configurations. As a result, it incorrect…
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After a discussion with @Abbas0062898 we were wondering whether it could be useful to provide the means in `qibolab` for simulating superconducting qubits (at a first stage, this might be extended to …
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### What should we add?
The implementation of the `Sampler` primitive is significantly slower than the V1 implementation on a small number of qubits.
Here is a script:
```python
import time
i…
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### Describe the feature
#### Problem
Given a user provided arbitrary quantum unitary, synthesize it into a sequence of quantum gates.
#### Expectations
- User provides an arbitrary unitary m…
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Example code:
```python
from qualtran.bloqs.state_preparation import PrepareUniformSuperposition
from qualtran.resource_counting import get_cost_value, QubitCount
from qualtran.drawing import sh…
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Below is the previous code calculating `HamEvo` based on a 4th order Runge Kutta method. It could be useful in the future for a simple implementation for time-dependent Hamiltonians. To note that Rung…
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"Change Qubits" should append/remove rows instead of clearing the whole table and adding a required amount of rows.
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#Team Name :
* Stanczyk *
#Projet Description and Presentation :
Primo : Le Projet consiste à mettre l'intrication quantique en question dans un système ou un objet physiq…
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Similar to what it is being performed with QM, and once https://github.com/qiboteam/qibolab/issues/900 is completed, a routine would be necessary to calibrate mixers using resonators and qubits' respo…