If you prefer, an alternate title would be "Effect of a uniform gravitational field on rigid three-sided regular polygonal solids interacting via a one-sided repulsive harmonic potential", or something in that vein.
If one were to increase the temperature, perhaps. In forthcoming simulations, there will be an additional torque between polygons, like a magnetic moment, to help them align.
One day it's "high cristine volumetric lamba flow of icicles forming on mars" and the next its FALLING TRIANGELS LOLOL
If you prefer, an alternate title would be "Effect of a uniform gravitational field on rigid three-sided regular polygonal solids interacting via a one-sided repulsive harmonic potential", or something in that vein.
Would they eventually condensate to a close-packed crystal? If you let the time run longer...
If one were to increase the temperature, perhaps. In forthcoming simulations, there will be an additional torque between polygons, like a magnetic moment, to help them align.
ah super satisfying
Very interesting - I like that you added the idea of pressure increasing "heat" - causing those occasional explosions of energy. Super cool sim!
maus magnetfunktion und ein bisschen durchwirbeln fehlt
Wie hier in etwa? ruclips.net/video/BJuz4rE36xc/видео.html
tringle partey!
they spin! i love emergent properties like that! thank you!
The “outreach articles for math” link in the description appears to be broken.
Thanks - it should work now.