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# Abstract
One promising application of quantum computers is related to quantum Chemistry. Using the Variational quantum eigensolver (VQE), it is possible to find the minimum eigenvalue of a Hermitia…
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this role started as a way of installing AiiDA specifically for the Quantum Mobile VM.
if this is going to be used more widely, it may make sense to split this specific things into a separate role.
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# Abstract
Solve Optimization problems such as TSP with Grover's algorithm.
# Description
Solve Optimization problems such as TSP with Grover's algorithm.
You need some ingenuity and creativi…
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Hey @gmatteo, as we discussed, I was going to try using this for Quantum Mobile.
However, I note that it is set to compile for a specific architecture, which I imagine may cause issues like we have a…
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# Abstract
We have been developing a new quantum circuit simulator which can simulate quantum circuits efficiently. We would like to contribute our simulator to Qiskit in a near future. Therefore, …
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# Abstract
Qiskit optimization automatically generates an Ising Hamiltonian for an optimization problem and you can solve it with quantum computers by applying VQE or QAOA. Let's come up with a uniqu…
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# Abstract
This project implements the NeurIPS 2019 paper:
q-means: A quantum algorithm for unsupervised machine learning
https://papers.nips.cc/paper/8667-q-means-a-quantum-algorithm-for-unsupervi…
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# Nav Structure
- [ ] Home (Landing page)
### Introduction
- [x] Overview (docs)
- [x] Quick Start (docs/quick-start)
- [x] The Markup Language (docs/markup)
- [x] Core Concepts (File Transfor…
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# Abstract
Construct Hangul MNIST classifier using Qiskit Quantum Machine Learning.
# Description
We have MNIST classifier made by 1) [Quantum Support Vector Machine](https://learn.qiskit.org/co…
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# Abstract
Teaching is one of the best ways to learn something.
We have a lot of materials to learn quantum computing, already, but let's build an easy Quantum Computing wiki by Jupyter notebook whi…