Schrödinger cat states of a 16-microgram mechanical oscillator

This links to the dataset together with all required dependencies to create the figures from the corresponding manuscript.

-The data is stored in the file "cat_paper_data.h5"

-Plot generation and data processing is done in "cat_paper_figures.ipynb"

-Required dependencies are contained in "cat_fitting.py" and "cat_reconstruction.py"

-Simulations are performed in "hbar_collapse_revival.ipynb". Which requires dependencies of a repository located on a ETH version control system. Read access can be obtained as follows:

 Link to repository: https://gitlab.ethz.ch/yangyuethz/hyqu_simulato

    The repository can be accessed in the following manner:

    "Use a project access token to authenticate:

    -With the GitLab API.

    -With Git, when using HTTP Basic Authentication, use:

        Any non-blank value as a username.

        The project access token as the password.

    The project access token for this repository is:

        67UpFZHSicoBsyRiHQRY