afognini/tomography

Quantum tomography on optical two qubit states

Tomography

Tomography is an easy-to-use Python library to calculate the density matrix of an optical two qubit system and find the closest pure state describing it.

Full Documentation

Read the file Tomography.pdf. The documentation is also available in docs/_build/ both as html and pdf format.

How to Cite

If you use this software in your research, please consider citing it like:

Tjeerd Fokkens, Andreas Fognini, Val Zwiller Optical Quantum Tomography Code. Available at https://github.com/afognini/Tomography/.

Authors, Copyright, License

Authors: Tjeerd Fokkens, Andreas Fognini, Val Zwiller

Copyright (c) 2016-2017 TU Delft, Institute for Molecular Electronics and Devices

Released under the terms of the MIT License (see file LICENSE)

Acknowledgement

A. Fognini greatly acknowledges the support from the Swiss National Science Foundation's Early Postdoc Fellowship.

Requirements

Please note that this library needs python3.x, numpy, and scipy. See https://www.scipy.org/install.html for the scipy installation instructions.

tomography's Issues

Get a Zenodo entry

Thank you very much for this great library. I was wondering if it makes sense to register the library with Zenodo and get a DOI for the library.

https://zenodo.org/