Supporting Data: Error-resilient Reversal of Quantum Chaotic Dynamics Enabled by Scramblons

# Data and Processing Scripts This repository provides the raw experimental data and the necessary scripts to post-process the data and perform error mitigation. For a comprehensive understanding, please refer to our paper: "Error-resilient Reversal of Quantum Chaotic Dynamics Enabled by Scramblons". This section details the data files and the Mathematica scripts used to process them and generate figures for the main text. ## Data * **Hamiltonian 1:** Data is located in `./16pulse_xx-yy_scale0.4to0.1.xlsx`.* **Hamiltonian 2:** Data is located in `./16pulse_xy+yx_scale0.4.xlsx`.* **Hamiltonian 3:** This data is stored in the folder `./mulxiple_xi_diag_scale0.1`. Within this folder, files named `PhaseEncodedSignal_XX` through `PhaseEncodedSignal_ZZ` contain the correlator $F_{\alpha\gamma}(\phi,t)$ data for different $\alpha\gamma$ directions. Each file includes data for multiple anisotropic parameters, with $\xi_{yy} \in [-0.4, 0.2]$ and $\xi_{xx}=0.2$. --- ## Scripts **Requirement:** Mathematica, Matlab The following Mathematica notebooks are used to generate the figures presented in the main text: * `draft_fig2.nb`* `draft_fig3.nb`* `draft_fig4.nb` For convenience, PDF versions of these scripts are also provided: * `draft_fig2.pdf`* `draft_fig3.pdf`* `draft_fig4.pdf` The Matlab code to illustrate the decomposition of the error Hamiltonian $\delta\hat{H}$ into ISTOs.* `simu_deltaH_FM expansion.mlx`