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# What to do.
It seems like the qiskit example tutorial performs a local statevector simulation according to comments below.
> As we are performing a local statevector simulation, we will not set …
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# What to do.
It seems like the qiskit example tutorial performs a local statevector simulation according to comments below.
> As we are performing a local statevector simulation, we will not set …
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### Description
The aim of this project is to make code contributions to Qiskit.
We will solve the issues around operators (opflow, quantum_info.operators, nature.operators). For example,
- Ove…
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# Abstract
In recent years, the application of machine learning and deep learning to classical cryptanalysis is an active research field.
In this project, we perform quantum cryptanalysis that combi…
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### Expected behavior
Given the observable is Z (see non-workking example below) and it's a _one-shot_ simulation, I expect the values returned by the circuits to be either `-1.0` or `1.0`
### A…
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### Expected behavior
The following example executes with either the `autograd`, `tf` or `torch` interface:
```python
dev = qml.device("default.qubit", wires=3, shots=(2,2)) #
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### Expected behavior
Measuring `Hadamard` and a Pauli Observable together on the same wire at the end of a circuit is well behaved.
### Actual behavior
An error raised which mentions that a…
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# Description
Publish a tutorial to use K8S cluster as a computation engine of Qiskit-Aer
# Mentor/s
Hiroshi Horii (@hhorii), Senior Technical Staff Member in IBM Research - Tokyo, Qiskit develop…
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### Team Name:
Lindwurm
### Team Member:
Sangwoo Park ( shadow1229@naver.com / shadow1229@snu.ac.kr )
### Project Description:
The goal of the project is building quantum machine lea…
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import numpy as np
import matplotlib.pyplot as plt
from scipy.stats import norm
class Cell:
def __init__(self, cell_type, health=1.0, mutation_rate=0.001, efficacy=0.5):
self.cell_type = …