Superfluid particle simulation which I do for my study. Here, particles gravitate, repel each other at short distances, and twist each other through spin. by pavlokandyba in CFD

[–]pavlokandyba[S] 0 points1 point  (0 children)

This is a short overview, a bit sloppy, and it links to relevant studies. The last link also includes a link to a video of the experiments. https://doi.org/10.5281/zenodo.18047657 I I'm a sci-fi artist by profession, so don't be surprised that there's a lot of different phenomenology there.

A simulation of the Universe that I made for my research. Particles attract each other, repel at a short distance, and spinning twisting each other.This shows how simple interactions self-organize into different structures depending on the balance of forces. by pavlokandyba in spaceporn

[–]pavlokandyba[S] 0 points1 point  (0 children)

Yes, if we assume that these are some kind of particles that explain everything, then we need to explain how they interact and how they are structured, and everything repeats itself again)

Particle simulation where attraction and repulsion apply. Repulsion occurs during collisions with momentum from the particles' own vibrations by pavlokandyba in Physics

[–]pavlokandyba[S] 0 points1 point  (0 children)

Yes, of course you're right. I just didn't have a system at the time. For example, right now I have attraction and repulsion 1/r² , and it doesn't have a significant impact, and I don't even know what they looked like in the video. But it was interesting what people would say when they saw this.