This scene simulates Saturn's iconic ring system up close: countless icy and rocky fragments, ranging from dust grains to boulders, orbiting the planet in a razor-thin disc held in place by gravity and orbital resonance. Each particle here follows a simplified Keplerian orbit — inner particles circle faster than outer ones, just as real ring material does, spreading the rings into the subtly graded bands visible in the texture. The banded planet below shows Saturn's turbulent atmosphere, tilted on its axis the way the real planet is. Watch for the shadow the rings cast and the way particle density thins toward the outer edge, echoing gaps like the real Cassini Division. Use the panel below to adjust orbital speed, particle count, and ring tint in real time.