Planetary science sits at the intersection of physics, chemistry, and geology, applying fundamental laws to understand worlds beyond our own. From the towering volcanoes of Io driven by tidal flexing to the delicate energy balance that sets a planet's surface temperature, every body in the Solar System is a natural laboratory for testing physical principles at extreme scales.
These simulations let you model atmospheric escape, tidal dissipation in moons, impact cratering mechanics, gravitational disruption limits, and planetary thermal equilibrium — all with interactive controls grounded in the equations used by NASA mission scientists and planetary researchers worldwide.