Welcome to the OpenMS documentation!
OpenMS is a multiscale ecosystem for solving coupled Maxwell-Schrödinger equations in Open quantum environments.
Check out the Usage section for further information, including how to Installation the project.
Note
This project is under active development.
User guide
- 1. An overview of OpenMS
- 2. Installation
- 3.
lib: Libraries - 4. Multiscale QED solvers
- 5. Gutzwiller Wavefunction methods
- 6. Quantum Monte Carlo (QMC)
- 7. Neural network quantum states (NQS)
- 8.
models: Model systems - 9. Quantum or Mixed quantum-classical dynamics
- 10. Spin Dynamics in spin and phonon baths
- 11. Classical Maxwell solvers
- 12. Quantum algorithms for chemistry, materials, and beyond
- 13. Linear and nonlinear solvers
- 14. Examples
- 15. References
Submodules
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This is the collection of GWF solvers for both local, non-local electron-electron correlations and electron-boson interactions |
A collection of QMC solvers for electron-boson interactions. |
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Neural network quantum states |
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A collection of linerar and nonlinear solvers |
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Quantum solvers: VQE, QKS, QMD, KvN dynamics, and nuclear quantum dynamics |
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Qutip-based Spin dynamics module. |
Release Notes
Development notes and release details can be found below.