Simulation data on the long-term evolution of the Solar System following a stellar flybydoi:10.26165/JUELICH-DATA/LGBORQJülich DATA2025-09-101Wagner, Frank W.; Pfalzner, Susanne, 2025, "Simulation data on the long-term evolution of the Solar System following a stellar flyby", https://doi.org/10.26165/JUELICH-DATA/LGBORQ, Jülich DATA, V1Simulation data on the long-term evolution of the Solar System following a stellar flybydoi:10.26165/JUELICH-DATA/LGBORQWagner, Frank W.Pfalzner, SusanneGENGApepcexaflybyclusterJülich DATAWagner, FrankWagner, Frank2025-08-01Astronomy and AstrophysicsSimulation data are provided on the long-term evolution of the Solar System following a stellar flyby. The simulation begins at 12,000 years after the periastron passage of a perturber star and models the Sun and the four giant planets, tracking the orbital paths of several thousand massless test particles over 1 Gyr. The data can be used for visualising particle properties. The data are openly available via the DESTINY project.Simulation DataCC0 WaiverWagner, Frank W.; Pfalzner, Susanne, 2025, "Simulation data on the effects of a stellar encounter on the protoplanetary disk of the early Solar System", https://doi.org/10.26165/JUELICH-DATA/9Z9K47, Jülich DATA, V110.3847/2041-8213/ae0e74Pfalzner, S., Wagner, F. W. & Gibbon, P. Trans-Neptunian Object Colors as Evidence for a Past Close Stellar Flyby to the Solar System. ApJL 992, L32 (2025).data_files.tgz.part_0application/gzipdata_files.tgz.part_1application/octet-streamdata_files.tgz.part_2application/octet-streamini.datinitial conditionstext/x-fixed-fieldparam.datparameter filetext/x-fixed-fieldREADME.mdtext/markdownsolar_system_1.0000_Gyr.datfinal state data filetext/x-fixed-field