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### Team Name:
fault_intolerant
### Project Description:
Implementing the method described in 'Decoding quantum errors with subspace expansions' McClean et. al 2020. This approximates the p…
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It was pointed out in #256 by @refraction-ray that once we had implemented the adjoint differentiation scheme, it might be possible for us to make our `calculate_state` op differentiable as well. Thou…
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# Abstract
The theory of open quantum system supports most modern research in quantum mechanics and its applications in many areas. In this project, we would like to design an algorithm which utilize…
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# Abstract
**QNLP** Quantum Natural Language Processing tutorial.
# Abstract
Natural Language Processing and Quantum Mechanics are two fields with similarities, the project is based on recent w…
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### Team Name:
Quantum Legion
### Project Description:
Variational methods have a wide range of application in optimization and machine learning. However, they can also be used to study qua…
lezav updated
3 years ago
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### What is the expected behavior?
The majority of classical compilation breaks down control flow into the control flow graph and then captures this in the emitted assembly code by labels for…
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## Targets
**Litinski Compilation:** The one we've been following so far: goes through pauli rotations and multibody measurement with ancilla regions (for which the details of the stabilizer measur…
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### What is the expected behavior?
Dear Qiskit
In the current implementation of the vibrational UCC ansatz to compute bosonic energy spectra in quantum chemistry (Ollitrault, et. al, https:/…
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# Abstract
The Variational Quantum Eigensolver (VQE) requires a step to evaluate the innerproduct of the quantum state (generated by NISQ computer) with the target Hamiltonian. A direct approach is…
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A significant barrier to the usefulness of quantum computers is by far the noise generated by various operations. For example measurement noise, that is the noise generated by taking measurements of s…