Growing Living Rat Neurons To Play... DOOM? | Part 1 on HackerTube: recommended by 3 Hacker News commenters across 3 separate months, 2023–2026.
demo · dated
The Thought Emporium grows living rat neurons on an electrode array and tries to train them to play Doom. It is part of a series on biological computing.
Cited whenever biocomputing or neurons-on-chip come up, as an accessible example of how such a system can be built.
“They run an amazing channel that covers a variety of topics. Highly recommend.”
11 Hacker News comments link this video. Each one links back to its thread.
The YouTuber "The Thought Emporium" has been working on a similar project for a few years. ▶ this video They run an amazing channel that covers a variety of topics. Highly recommend. The mummification video is fun.
in “Human Brain Cells on Chip for Sale – First biocomputing platform hits the market” · View on HN
I think the Thought Emporium youtube channel has some explanatory [videos]( ▶ this video ) of the whole process. I couldn't wrap my head around the thing tho.
in “Living Human Brain Cells Play Doom on a CL1” · View on HN
Anyone ineterested in more wetware projects should check out the series from The Thought Emporium on youtube: ▶ this video They are attempting to train a (literal) neural network to play DOOM. And yes, it os as fascinating and horrifying as it sounds. It's hard not to extrapolate 50 years down the line with this tech. Stuff gets complicated quick. How many human neurons do you have to use before you get an actual human consiousness?
in “First Bioprocessor Powered by Human Brain Organoids” · View on HN
The Thought Emporium, a YouTube channel, has some videos that demonstrate how something like this could be built: Growing Rat neurons to play DOOM (unfinished): part 1 -- ▶ this video part 2 -- [link] Growing human neurons: [link]
in “The CL1: the first code deployable biological computer” · View on HN
Thank you for your curiosity! Decentralization is a very long term effort -- Grothendieck said it would take generations, we can't expect immediate results. So while 100R certainly can't survive without relying on industry, it does do research into technologies that may be easier to "deindustrialize". See the "off-grid" and "sustainability" pages on their site. Finer point: even before the industrial revolution, humans have had access to supercomputers -- their own brains! It's conceivable that in the not so far future we will be able to grow computers of our own design, from just air and water. See promising efforts in this direction, it's not an empty dream! ▶ this video I guess the moral of the day with regards to banks and finance is, don't jump the gun! We will need them until we can grow raspberry pies on a tree!
in “Hundred Rabbits is a small collective exploring the failability of modern tech” · View on HN
Thought Emporium on YouTube made a few videos utilizing organoid bio processors but iirc their neuron source is pig not human. ▶ this video
in “Human brain organoid bioprocessors now available to rent for $500 per month” · View on HN
I was once contacted by FinalSpark where they offered free early remote access to use their biocomputing platform. The platform is accessible remotely and allows experiments on neurospheres made from living cells, sitting in an incubator, in their lab, in Vevey, Switzerland. A neurosphere is a round structure build out of approximately 10’000 neurons, connected to electrodes in different places. The platform uses python scripts to communicate with the neuron allowing for various functionalities, such as: Stimulate living neurons, Read data from neurons, Log all the data in a database, and Display graphically the results of experiments for further analysis. I was too busy to come up with a clear project idea that could beat alreadty existing stuff such as neurons playing Doom [0] (not related to FinalSpark). Still waiting for someone to show something cool using this platform. [0] ▶ this video
in “Human brain organoid bioprocessors now available to rent for $500 per month” · View on HN
How hard is it to do something like this on your platform [0]? Are there any other real-world examples where people are using your platform to do something similar? [0] ▶ this video
in “Human brain organoid bioprocessors now available to rent for $500 per month” · View on HN
▶ this video Growing Living Rat Neurons To Play... DOOM? The Thought Emporium [link] Growing Human Neurons Connected to a Computer The Thought Emporium
in “'Biocomputer' combines lab-grown brain tissue with electronic hardware” · View on HN
Karl Friston has been a long time proponent of the free energy principle in brain [0]. This paper claims to have found evidence that supports this principle in "neurons on a chip" based system [1] [0] [link] [1] ▶ this video
in “Mathematical theory predicts self-organized learning in real neurons” · View on HN
> Maybe our first AGI is just a Petri dish brain with a half-decent python API This reminds me of The Thought Emporium's project of teaching rat brain cells to play doom ▶ this video
in “I don't think AGI is right around the corner” · View on HN