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The article "[Encoding Electronic Spectra in Quantum Circuits with Linear T Complexity](https://journals.aps.org/prx/abstract/10.1103/PhysRevX.8.041015)" suggests using [Gausslets](https://journals.ap…
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### Project name
Leadership GPU Quantum
### Github repo
https://github.com/Qiskit/ecosystem/issues/
### Description
Optimizes leadership decision-making using quantum circuits and GHZ states, le…
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I have got circuits that I have built using `tfq.layers.ControlledPQC`. But now I want to use simulators such as `cirq.Simulator()` to run the train these `tfq.layers` on quantum hardware and check th…
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The current implementation only works for basic 2x2 gates that act on a single qubit. Need to expand/redo the implementation of quantum circuits to make it work for different gates e.g. the controlled…
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A common task for first time users of TFQ is to try and encode classical data into quantum circuits. It would be good if TFQ has some out-of-box encoders based on 1-2 methods found in the literature.
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**Describe the bug**
Transpilation is a crucial step to map (and potentially optimise) the user's quantum circuit to the qubit topology on the chip. While I was trying to run Qibo circuits on AWS bac…
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### Team Name:
Hooked on Photonics
### Project Description:
One of the most promising applications of variational quantum algorithms is the study of condensed matter phenomena, such as quan…
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### URL to the relevant documentation
https://github.com/SmayanAgarwal/Qiskit.git
Please refer to the file Transpile vs Evolve
### Select all that apply
- [ ] typo
- [X] code bug
- [ ] out-of-da…
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Currently, to submit multiple circuits, users have to submit each circuit individually, e.g.
```python
jobs = []
for circuit in circuits:
jobs.append(backend.run(circuit, shots=N))
results …
guenp updated
2 years ago
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# Abstract
A game similar to Poker, whereby one draws quantum gates. The cards on the table are an incomplete quantum circuit. Players attempt to either maximise the ones or zeros in the two player m…