Video wird geladen...
Video konnte nicht geladen werden
👁️ oh, look! 👁️ 🦠 Multicellular Things! 🦠 I do not program "cell walls", energetic "nuclei", survival drives, self-organisation or replication (mitosis/fusion). It simply emerges from random natural selection of 1M RNN particles in a heat bath; 🤗 neato! 🤗 1/3 🔊 🔊 🔊
17,777 Aufrufe • vor 8 Tagen •via X (Twitter)
25 Kommentare

explainer video (~directionally correct) courtesy of @carloAI 🤝 (no affiliation) I only encode simple, local "possible particle physics"; e.g. there's no concept of a "cell wall". The rest is env dynamics, random mutation + natural selection 🤷♂️ 2/3

👁️ another example with different "universe physics" 👁️ (more in-depth info in thread 👇) 3/3

Looks neat, although I think the entropy is too high

How has this not got billions of views

That's A LOT of voronoi! This looks so cool.

its 1 million of them and each one is an individual 8 layer ~10k param neural network lol (running at 500+ steps/second wall btw 😂👌)

(+ props again to @BockJakob for the inspiration)

Did you know that it is already somewhat established that in complex replication dynamics hierarchical structures solve control dilemmas?

Will the project be open sourced in the future? That's super interesting!

cc @zzznah

Is the music made with Suno ?

it's the breakcore violin for me

Still waiting for you to post the code

woah

Fantastic

I wonder what would happen if you created exclusion zones that carry organizational information

Only one random seed?

Cool but maybe it seems like *a thing we shouldn’t do*.

不编程细胞壁和生存驱动却能涌现多细胞行为,这种自组织模拟太迷人了

This is something for @leecronin to investigate 🔥🤙

能否解释下这是什么,以及最基本的算法

ABM is the future

none of that coded in?? 🤯

Show math for Your Token binary visualizer

Really take Wolframs work and tell Opus to reapply this and rethink it all based on thisZ let it make you a paper
