The project is meant to implement the ideas proposed in references [1] and [2] for classically simulating lossy boson sampling.
So far, to get the project one only needs to download it from the repository (or any other source).
It's also possible to download it as a package with
pip install theboss
which will download the package from pypi.
To run the scripts there will be needed some version of Python. During the development I'm using 3.8, but I believe that it will also work just fine with some earlier or newer version (at least for now).
The package has been tested for python 3.7 to 3.10.
In some places I use math.prod and typing package, that's why 3.8 version is
desirable.
Throughout this work PEP-8 will be used. There are several cases where this may go south.
- In some versions of the code matrices may be denoted by capital letters (as in standard mathematical notation). In order to be more PEP-friendly I'll try to use prefix m_ instead of capital letters, e.g. m_u would be the equivalent of U. Alternatively explicit use of matrix is also acceptable.
Just run all test in tests folder with pytest or via tox command.
I'll use SemVer for versioning and try to keep track of the version in the tags.
- Tomasz Rybotycki
- Malhavok - These precious reviews <3
- Billie Thompson - Provided README Template
This project is licensed under the Apache License, v.2.0. See the LICENSE.md file for details.
- CTP PAS,
- Michał Oszmaniec,
- Poór Boldizsár - major code review,
- Kolarovszki Zoltán - output states lexicographicalization,
- sisco0 - some minor bugs pointed out.
- This research was supported in part by PL-Grid Infrastructure.
This project follows / uses the ideas presented in following papers:
[0] Clifford P., Clifford R., arXiv:1706.01260 [quant-ph].
[1] Oszmaniec M., Brod D. J., arXiv:1801.06166 [quant-ph].
[2] Brod D. J., Oszmaniec M., arXiv:1906.06696 [quant-ph].
[3] Maciejewski F. B., Zimboras Z., Oszmaniec M., arXiv:1907.08518 [quant-ph].
[4] Mezzadri F., arXiv:math-ph/0609050 [math-ph].
[5] Clifford P., Clifford R., arXiv:2005.04214 [quant-ph].