Replies: 2 comments 5 replies
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Hello! Could you please share the status of this project? Was it implemented in Qiskit (I could not find any DE solvers. Please point me out if I overlooked it). If it is still in the plans, I would be interested in joining the project. |
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I am also interested |
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Please see the documentation for “Solvers”. It covers how to solve linear and ordinary DE’s through classes and functions https://qiskit.org/ecosystem/dynamics/apidocs/solvers.html |
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Correct me if I am wrong, but these are classical DE solvers, right? |
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It can be both. You can model Dyson perturbation models for time dependent DE. https://qiskit.org/ecosystem/dynamics/discussions/dyson_magnus.html |
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sorry, where can I possibly find an implementation of the QSVT/QSP, matrix/scalar block encodings in Qiskit as described in https://www.researchgate.net/publication/369398851_Time-marching_based_quantum_solvers_for_time-dependent_linear_differential_equations ? |
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Search with Quantum Singular Value Transformation in Qiskit https://github.com/bartubisgin/QSVTinQiskit-2021-Europe-Hackathon-Winning-Project- |
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Hi,
I would like to start the conversation about the potential methods for solving the linear and non-linear differential equations on quantum devices. I have some ideas for the project in which several different methodologies can be applied and tested using the Qiskit. If anyone is interested in this kind of projects, please share your thoughts.
Ljubomir
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