@@FatOrangeCat-kyti no man i mean the rings of Saturn are less than half the mass of Mimas. The rings shown in the video managed to coalesce into a object similar tin size to the Moon, which is around 4700 times more massive than Saturn's rings. That's a hell of a thicc ring crammed into small space, that's probably why it wasn't stable.
@@LucasFerreira-gx9yh ah I see what you ment now. Yes, you are right, as the rings here are set to be 0.1 the mass of Earth. I thought you were referring to radius instead of the actual mass.
I made a similar simulation but with jupiter and it managed to form a moon orbiting another moon but the system was destabilized when another moon passed near the moons ended up crashing into each other and then their orbit decayed until they crashed into a big moon
@@esztervarga5431 ME, THE ALL SEEING AND CREATOR OF THR UNIVERSE! Nah but it is a hypothetical of if the earth had rings like the one I added, what it would do.
Clean sim. I love Universe Sandbox for stuff like this. I used it to make a binary earth system once that was able to maintain earthlike temps due to gravitational warming from their proximity leading to a livable binary system without a solar parent.
It is not acutely universe sandbox! it is a program called SpaceSim being developed by a single developer, @pavelsevecek, and uses an SPH (smooth particle hydrodynamics) solver to be much more realistic.
