Nov 6, 2023 · These simulations calculated the gravitational influences of the Sun and the giant planets—Jupiter, Saturn, Uranus, and Neptune—on the sednoids’ trajectories. To enhance the accuracy of their model, the researchers also took into account a range of initial conditions that reflect the current observational uncertainties in the sednoids’ orbits.

Simulate a Rouge planet moving into Sol. Contribute to R-Dannemann/Rogue_Planet_Simulation development by creating an account on GitHub.

Jan 12, 2017 · In this new effort, the researchers ran 156 computer simulations designed to show what sort of impact such a planet would have on our solar system if it came from somewhere else—a rogue planet...

Mars collision with a small rogue planet at about 11.2 km/s.Simulated using OpenSPH software.About 22 hours computing time on Ryzen 5800x @3.8GHz with 2 mill...

We show that a rogue planet temporarily present on an eccentric orbit suf-ciently populates both the resonant and de-tached populations in the a = 50{100 au Kuiper Belt, even without any planetary migration.

Simulate a Rouge planet moving into Sol. Contribute to R-Dannemann/Rogue_Planet_Simulation development by creating an account on GitHub.

Explore a Universe Sandbox simulation where oceans on a rogue planet evaporate due to extreme cosmic events, showcasing dramatic changes in landscapes and ec...

Simulation between collision of Earth and Rogue planet at 200 km/s. Thanks for watching!Timecodes:0:00 - Impact0:22 - view from Moon0:29 - core view0:51 - re...

Simulate a Rouge planet moving into Sol. Contribute to R-Dannemann/Rogue_Planet_Simulation development by creating an account on GitHub.

We performed N-body simulations of rogue encounters with the solar system with a variety of impact parameters. We find that Jupiter mass and higher rogues leave a significant imprint on planetary system architecture.