Replication Data for: Quantum Resource Theory of Lasers

Replication Data for: "Quantum Resource Theory of Lasers"<br> <br> The dataset contains the data to replicate the figures of the paper "Quantum Resource <br>Theory of Lasers" [SUBMITTED].<br> It consists of three main directories:<br> - Figure Data: contains the processed data used to generate the figures<br> - James Cummings Simulations: contains the simulations executed in python as <br>well as the raw simulation results which were used for the figures 5-11<br> - Density Matrix Reconstruction: contains reconstructed density matrices used to<br> calculate the experimental results in figure 3<br> All results are saved in open formats. All columwise interpreted data is saved as .txt, all <br>matrix data is saved as .csv, python scripts are saved as .py<br> <br> For "Figure Data":<br> - The data is saved seperated by figure, so that each figure has its own<br> subdirectory<br> For "James Cumming Simulations"<br> - The Data is saved seperated by the investigated origin of noise i.e. if the<br> coherence is destroyd either by thermal noise or pure dephasing -> More information<br> about the cases are found in the paper<br> For "Density Matrix Reconstruction":<br> - The Data is saved seperated by the expected Ratio between coherent to thermal<br> photons, so that every Ratio has its own subdirectory<br> <br> - The data set was generated on the 02.09.2025<br> - Each subdirectory contains a "Explanations.txt" file, which gives detailed information<br> over each data subset<br> - The included scripts can be executed using python<br> - Experimental raw data is not included due to its size of over 100 GB. It is available<br> from the authors upon reasonable request.<br> - The analysis of the experimental data as well as the procession of the simulation<br> results were executed in matlab and are therefore not included in the dataset.<br> Explanations of their working principle are given in the "Explanations.txt" files