Open Quantum Computing Software
Open source code for algorithms for quantum computers
The code is mainly developed at the group for Applied Computational Science at SINTEF Digital.
So far our main repositories are:
- QAOA: This package is a flexible python implementation of the Quantum Approximate Optimization Algorithm/Quantum Alternating Operator ansatz (QAOA) aimed at researchers to readily test the performance of a new ansatz, a new classical optimizers
- QRC: Using quantum circuits as reservoirs in reservoir computing is fairly new. The current examples in the literature rely heavily on quantum circuits of a very periodic nature. This package is meant to simplify the creation and simulation of such periodic circuits.
- VQE: Algorithms for calculating energy spectra of molecules
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Showing 10 of 15 repositories
- QAOA Public
This package is a flexible python implementation of the Quantum Approximate Optimization Algorithm /Quantum Alternating Operator ansatz (QAOA) aimed at researchers to readily test the performance of a new ansatz, a new classical optimizers, etc.
- TSP Public
- min-cutrank Public
A scalable and efficient heuristic algorithm for determining a bipartition of a graph with the minimal cut rank.
- qmap Public
- .github Public
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