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### Team Name:
Penn Ave Fish Company
### Project Description:
#### Introduction
A prerequisite for quantum algorithms to outperform their classical counterparts lies in the ability to ef…
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### Description
Looking into classical diffusion mri techniques to identify challenges for classical systems and identify how quantum computation techniques and algorithms might be applied to solve t…
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### Team Name: edelweiss
@jeungrac @jyryu98 @Eyuel-E
### Project Description:
Variational Quantum Eigensolvers (VQE) for calculating ground state energies of molecules are one of the major …
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https://docs.quantum.ibm.com/announcements/product-updates/2024-02-14-qiskit-runtime-primitives-update
> **beginning 1 March 2024**, Qiskit Runtime will require that circuits and observables are tr…
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Following up on [a discussion about the goal of OQS](https://github.com/dstebila/oqs-www-new/pull/169#discussion_r1477535726) this issue is to raise the question whether OQS shall remain limited to re…
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My understanding of the protocol is that it currently depends on classical cryptography: FFC or ECC.
Most of algorithms in consideration in the [post-quantum selection process](https://csrc.nist.go…
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To complete the algorithm it's necessary to apply a SWAP gate between pairs of qubits after all the H and CPhase gate.
You will find more information explained in the next link:
https://qiskit.org…
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# Abstract
Variational quantum eigensolver (VQE) is a hybrid quantum algorithm to find the ground state of an input Hamiltonian. There are several classical optimizer available in Qiskit Aqua such as…
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# Description
Currently most of the tutorials in Qiskit Nature deal with solving problems in quantum chemistry, and they are very much tied to the use of molecular Hamiltonians, and quantum chemistry…