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3Bl1Br quality. Amazing work. If you have the time, please give us more digital sugar... I tried estimating how much time you've must have pit into this (and the underlying physics engine)...I didn't even have time to finish my estimate. Feels like universities should be running models like this. Maybe they are. Thank you.

I always wanted to live underwater and on land.

This has to be one of the greatest cellular evolution simulators I've seen from a single person, man! Excellent work!

I was a programmer/mathematician who landed at a biomedical research institute at one point in my career. I knew next to NOTHING about molecular biology, and spent the first two years learning ALOT from the scientists I worked with / for. That included spending a great deal of time and effort reading & digesting Albert's "Molecular Biology of the Cell". THIS video summarizes nearly everything I learned in those first two years. WOW!!!!! FANTASTIC work!

I need more cool vids from u dude, this seems like such a cool project & idea. I'd love to see more features, behaviors, etc. for the cells and structures :)

It seems this progress at the speed of slow, with the pervious video being 2 years ago and this being 7 months ago, but it feels very fascinating. Doing things I don't think I have ever seen any other sim do.

AI bruh

You should change the neural network so ANY node can go to ANY other node, not just the next layer. I have only seen one person do this.

I’m seeing this pretty late but I’m a PhD student who studies the evolution of multicellularity through experimental evolution in the lab and I think one thing that could really help this simulation is looking at the differences between what we call aggregative multicellularity and clonal multicellularity. Here we seen some of both happening but it is happening in a way similar to what aggregative multicellularity is like where there are cohesion molecules on the outside of cells that allows others even if they’re not perfectly related to connect with. Complex multicellularity has really only ever evolved in organisms with clonal development because it reduces cells from fighting with each other for resources and thus allows for cheaters to evolve who only benefit from the situation instead of helping it along. Thus I think making sure that the simulation looks at clonal development would be quite interesting

Eugenics wins yet again

Great research, i just subscribed! I'm also do artificial life, but i focused on nervous sytem constructions in a first place, nice to meet you!

exe doesn't work. scam situation. yes i have java fully updated

i think if you want to make multicellularity, you should let the cells communicate informations to one another. and they should be able to willingly join other sells and have preferences to whom they want to join with (not just some random chance to connect with other cells)

game name

very inspiring

I saw a game about single cell organism, I've seen a game about animals and plants And now, time for what is in between.

How can evolution starting with a complete set of codes? wasn't it supposed to be start from 0 lines?

Have you checked out systems chem and it's impact on abiogenesis research and experiments? Fascinating...

that is some deep symulations

16:05 mmgh🤤🤤cigarettes

Your current system for forming multicelluar organisms seems to be different cells just joining together if they have enough adhesion. But most multicellular organisms in real life come about through a single cell (a zygote) multiplying and staying connected.

I'm so friggin mad at the youtube algorithm for not recommending me this for 4 MONTHS! It knows exactly that this is the kind of content that gets me going

I have noooooo clue what’s going on, I love it!!!

Nu-uh

We will watch your career with great interest.

Make that food can have waste value and cells can get poisoned

This project reminds me of _Cell Lab_ on Android.

this is glorified spore

Although I know this is just a simulation video, I can't leave God's truth to be unspoken. We, and everything, exist thanks to God, our creator, and it's impossible for the world around us to be created by evolution. Take the fig wasp and tree. The wasp burrows into the fig and lays its eggs inside, pollinating it in the process (which, by the way, is the only way both the wasp and tree reproduce [quote from Wikipedia: "Without this pollinator service fig trees could not reproduce by seed."]). I thank you for taking the time to read this, and I hope you have a great rest of your day.

it dosent work. when i start the program i the window just briefly flashes on the screen and dissapears

New videos please, even if it is, just the protozoa moving from one side to the other with you commenting on top, PLEASE, i'm miss you 😢

what engine or thing did you use to code this in ?

0:52 ¿como se llama esa imagen?

Algo que podrias añadir seria que mediante un mayor coste de moleculas o con moleculas distintas las celulas podrian crear otros tipos de cosa para aderirse que sea mas compleja como que les permita transportar nutrientes, informacion, etc... Y asi

Que increible proyecto

How to download?

This is a very interesting project you've got going on, do these guys have simulated biochemistry like norns do?

The "good" or "bad" ness of a gene is completely & totally dependent on the context (read "environment"). Within the context of one singular environment, gene alternatives have -no- VERY LITTLE space for being differentiated from the optimal species for that one environment (whether dynamic or not). The hardest part of simulating *the variety* produced by evolution is simulating a plethora of different environmental gradients encompassing any of several extremes. This is true for single celled (SCS) as well as multicellular species (MCS). SCS have few physical barriers other than the gravity well we live in (although evidence shows they could very well survive hitching a ride to other planets in the solar system). MCSs on the other hand are more or less limited to reproduction with local members within the confines of their local environment.

Really interesting. I'm glad these kinds of simulations are being created... Definitely will be following the project!

This network on them is amazing! It’s definitely the most thoughtful evolution simulation I have seen on RUclips, I thought it is “Bibites” earlier. Good luck with the project!

I really like the symbiosis of the blue and cream colourd species one is mouth one is movement

I was laying in bed for the last few hours, unable to sleep, thinking about creating eerily similar simulation. I finally got out of bed, opened youtube, and this is the first video I've seen, lol. I love it!

Welcome back

13:54 my theory is that cells and soap are similiar. Hydrophilic outside. Hydrophobic inside.

Amazing project ! Thanks also for the biology explainations, they are extremely clear and engaging.

The amount of complexity you were able to put into that simulator and still make it stable is incredible. All my attempts, even the simplest ones, on creating evolution, always turned into pure chaos.

So it runs in Java, no wonder you need a pretty powerful computer :( if only it was written in C, Rust, or C# DOTS...

The paper probably answers these, but for the algorithm: Are the GRNs always shallow? If they can also process signals like a neural network, then multicellularity can serve as a way to gain network depth (with some latency) Can the adhesion nodes change their length? Can they reposition in realtime (not between generations)?

You could just use Spore the game for this literally lmao

how do i download new version