Accretion disk and binary star (N-body simulation)

An accretion disk orbiting a star is disturbed by a less massive companion star.
I let the simulation run for 90 days to see what structure will the particles eventually settle into.
The disk is assumed to be much ligher than either of the stars and is simulated as non-interacting test particles. This allows to run the simulation much faster; despite the long duration it only took about an hour on my PC, including the render.
Computed with SpaceSim
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[@casparurban8730]

the beauty in catastrophic deconstruction

[@eigentensor]

90 days, holy crap :O Amazing as always :)

[@ljushastighet]

it took him two hours to do. read the entire description, it did not take him 90 days.

[@TheGalacticIndian]

Excellent simulation!

[@jerryjantola]

Beautiful. I wonder what the stable state of the disk will be. In plane with the minor star?

[@gergelygrubits4948]

Truly beautifull creation. Besdie it seems realistic, based on the fact that the original direction of spin is different. Hope to see more of your creative simulations.

[@jansenart0]

Hey, could you n-body simulate the Joolian system from Kerbal Space Program? Rather quickly after its initial condition, Vall and Tylo collide, that'd make a very interesting ring system!

[@ImMatthewGodzilla]

I'm early bro! Nice video!

[@rochelimit55555]

It has that angular stable shape at the end

[@DiveTheseClips]

This looks so beautiful

[@moleke9799]

Nice

[@melkiy582]

Ого

[@CrishyM3llow]

Good👍

[@jameschavez273]

How much Black holes are colliding😮

[@toestel1977]

very unlikely to have planets.

[@ImMatthewGodzilla]

Indeed.

[@pumpkin7889]

Indeed, there's no interaction between particles.

[@KaueZX19191]

Madoka 1A bholvs Madoka X-1 bhol

[@SerenaHarrington-q9o]

-999/10