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### Team Name:
Qillers
### Project Description:
Variational Quantum Eigensolver(VQE) is one of the most promising variational quantum/classical hybrid algorithms that efficiently find the m…
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### Team Name:
Qillers
### Project Description:
Variational Quantum Eigensolver(VQE) is one of the most promising variational quantum/classical hybrid algorithms that efficiently find the m…
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Example: https://mila.quebec/en/publications/
It would be nice to reuse the same code as in the Mila website. Not sure if that's 'easily' possible via RTD
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# QHack 2022
### Team
Hey there! I am José Ignacio Espinoza Camacho, a Master's student doing my research in quantum computing. I am taking part of the Coding Challenge under the team name **JIEC*…
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### Team Name:
**anonymousr007**
### Project Description:
This project aims to use a truncated (regularized) Hamiltonian for the matrix quantum mechanics models. This Hamiltonian is con…
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### Team Name:
*Jourdan*
### Project Description:
**Testing noise-induced robustness in quantum classifiers**
*The capabilities of near-term quantum device are severely limited by the pr…
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### Team Name:
*Jourdan*
### Project Description:
**Testing noise-induced robustness in quantum classifiers**
*The capabilities of near-term quantum device are severely limited by the pr…
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### Team Name:
Qanything
### Project Description:
The optimisation of molecular geometry is one of many fundamental problems in quantum chemistry. The motivation of this problem stem from …
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Related to #6451
### Summary
Taking expectation values for opflow operators on a backend/simulator currently looks like
```python
# define the expectation value
state = StateFn(...) # can be …
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Only in qiskit-textbook/content/ch-algorithms: quantum-walk-search-algorithm.ipynb
Only in qiskit-textbook/content/ch-applications: facial-expression-recognition.ipynb
Only in qiskit-textbook/content/…