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diracpy v1.0.0 - Initial Release
diracpy is a Python package designed to streamline the development of quantum models using Dirac notation. It offers a natural syntax for building these models, allowing physicists to focus on the physics itself rather than translating it into complex Python code.
Key Features:
Build quantum models using intuitive Dirac notation
Diverse toolbox for solving the quantum dynamics of the constructed model
Well-suited for physicists familiar with Dirac notation seeking to efficiently solve numerical problems
Installation:
Source code and binary files are available.
Detailed installation instructions can be found on the GitHub repository: https://github.com/b-yuen/diracpy
Basic Usage:
The provided examples showcase creation of bra and ket vectors, defining operators, building state spaces from pre-defined options, constructing a quantum system, and solving its dynamics.
For comprehensive API documentation, tutorials, and more examples, refer to the GitHub repository: https://github.com/b-yuen/diracpy
Contributing:
We welcome contributions to diracpy! Please refer to the contribution guidelines on the GitHub repository for details.
Support:
If you encounter any issues, the project documentation on GitHub is the first recommended resource. You can also raise issues directly on the repository.