pierreguilmin / continuous-quantum-measurement-correlations

Example on how to compute correlation functions of realistic experimental data for continuously measured quantum systems.

Geek Repo:Geek Repo

Github PK Tool:Github PK Tool

Example code for the paper Correlation functions for realistic continuous quantum measurement

This repository gives an example Julia implementation of the numerical method proposed in the paper Correlation functions for realistic continuous quantum measurement (https://arxiv.org/abs/2212.00176).

The code to compute the two-point correlation function of the signal integrated on constant overlapping windows is self-contained in the binned-theory.jl script. The Jupyter notebook leaky-cavity.ipynb gives an example on a toy model (a leaky cavity monitored by a diffusive SME in a rotating frame, see figure below).

Dependencies Only the KrylovKit.jl library is required to run the binned-theory.jl script. Other libraries are required for the example notebook, see Project.toml for the complete list.

Python? If you are looking for a Python implementation feel free to contact me.


leaky-cavity.png

Monitoring the $X$ quadrature of a leaky cavity in a rotating frame.

About

Example on how to compute correlation functions of realistic experimental data for continuously measured quantum systems.

License:MIT License


Languages

Language:Jupyter Notebook 98.1%Language:Julia 1.9%