Data for "Active Ionic Fluxes Induce Symmetry Breaking in Charge-Patterned Nanochannels"

This repository contains simulation data and analysis scripts supporting the results presented in “Active Ionic Fluxes Induce Symmetry Breaking in Charge-Patterned Nanochannels” by S. G. Leyva, A. Shrestha, and M. Olvera de la Cruz. The deposited material includes raw or processed numerical data underlying the principal figures of the article, together with Python scripts used for their analysis and visualization. For Fig. 1c, the repository contains the complete simulation outputs used to obtain the reported velocity dynamics, including the corresponding statistical and variance analyses. For Fig. 2a, the complete simulation data and the script used to reproduce the analysis are provided, while for Figs. 2b and 2c the processed data and plotting scripts are included. For Fig. 3a, the complete lattice-Boltzmann simulation data are provided together with processed data from the DPD simulations, for which the full raw trajectories are substantially larger. Processed numerical data and Python scripts used to generate Figs. 3b–3d are also included. The repository is intended to provide the data necessary to reproduce the principal quantitative analyses and figures of the article without requiring distribution of the complete raw simulation archive. The latter includes large particle-based trajectories and field outputs that are impractical to distribute in full. Simulation methods, parameters, and analysis procedures are described in the article and its Supplemental Material. The simulation codes used in this work are publicly available and are cited in the accompanying publication. Additional simulation data are available from the authors upon reasonable request.