Local Structure and Dynamics in Melts and Glasses of Polyzwitterions

We curated a comprehensive dataset from coarse-grained molecular dynamics (CGMD) simulations of polyzwitterion melts, containing both structural and dynamic properties across the studied model systems and conditions. The dataset includes simulation-derived static structure , as well as dynamic quantities including mean-squared displacements, segmental relaxation behavior, and time correlation functions. Together, these data provide a detailed representation of how molecular architecture and electrostatic interactions influence the organization and relaxation of the polyzwitterion systems. The curated dataset is intended to support reproducibility of the reported results, enable secondary analysis, and facilitate future data-driven studies of charged polymer materials.