u/Nomadic_Seth

Did this for YT: https://youtube.com/shorts/jNn49bjIWzk?si=dhJGSFPtw4lntdFP

Really happy how the colour gradient came out!

An animation I made for the famous theorem by morphing the quadrilateral and showing the condition holds - https://youtube.com/shorts/1R0XIWA6rig?si=rveo2rrp0Srz82-1

Made this for YT : https://youtube.com/shorts/83dt6k3hAZo?si=BZV2yHZ6MO3pwR1L

But pretty happy how it turned out, as far as the colour gradients go! 😇

The three-body problem broke Newton, broke Poincaré (who ended up inventing chaos theory trying), and was finally cracked open by Chenciner & Montgomery in 2000 — the figure-8 in clip 4 is their proof. Šuvakov & Dmitrašinović added 13 more families by 2013. Every clip is a real numerical integration of F = G·m₁m₂/r² with equal masses, no fudging. Math from 1687 still has surprises in it.

https://youtu.be/p58sU5vZYlU?si=PBNUR6mPqRuqZXP0

The three-body problem broke Newton, broke Poincaré (who ended up inventing chaos theory trying), and was finally cracked open by Chenciner & Montgomery in 2000 — the figure-8 in clip 4 is their proof. Šuvakov & Dmitrašinović added 13 more families by 2013. Every clip is a real numerical integration of F = G·m₁m₂/r² with equal masses, no fudging. Math from 1687 still has surprises in it.

https://youtu.be/p58sU5vZYlU?si=PBNUR6mPqRuqZXP0