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- [x] pennylane example
- [x] tensorflow + cirq classification example (exercise (maybe))
- [x] qiskit regression example (exercise)
- [ ] presentations
- [x] requirements (CPU/ GPU)
- [x] readme
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Is there an code example and documentation available in QuNetSim to define a simulated quantum network over a physically distributed classical network using IP nodes. Would be nice feature to to simu…
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**Describe the feature you'd like**
Stabilizer circuits can be [classically simulated efficiently](https://en.wikipedia.org/wiki/Gottesman%E2%80%93Knill_theorem), and are very useful in quantum infor…
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This should nominally work for classical codes, but it should be possible for quantum codes as well. See [discussion](https://math.stackexchange.com/a/362039).
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Thank you very much for creating and uploading valuable resources for Quantum Machine Learning.
Among the codes you provided, I am interested in utilizing quantum LSTM. However, I'm curious about i…
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**Suggestion**
When writing arithmetic code, there is a tendency to repeat the same method multiple times based on whether certain inputs are quantum or classical. For example, you would have one m…
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# Abstract
We can solve classical puzzles by a quantum computer. For example, they can be "8 queens", "Sudoku" and so on. In this project, we can decide what puzzle we want to solve. So please think …
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**Title` of the quantum algorithm**
Demonstration for Quantum Convolutional Neural Network with Chest X-ray Pneumonia Dataset
**Description of the quantum algorithm**
Quantum Convolutional Neur…
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In the following, what is the arg "shots" ?
```
# Alternatively, you can give labels to your qubits
dev_unique_wires = qml.device('default.qubit', wires=['q1', 'q2'], shots = [5, 10, 1000])
```
…
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### Feature description
Hi, I wanted to implement the logical algorithm without the use of Qiskit and Cirq
to show how Shor Algorithm that is used in quantum computing
breaks RSA cryptography by e…