Slackermanz
@slackermanz
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Researcher & Artist in New Zealand Creator of 'Multiple Neighborhood #CellularAutomata' aka #MNCA Exploring #ArtificialLife with #OpenSource and #OpenScience
New Zealand
Joined March 2021
#VulkanAutomata's 'Alpha' build has been pushed to Github! #CellularAutomata #MNCA #OpenSource #creativecoding #generativeart #procedural #Simulation #ArtificialLife #gamedev
[Code] 'Alpha' build of #VulkanAutomata (Open Source): https://t.co/vBTwO3NULg [Video] Alpha features: https://t.co/cKp90OaY7K [Blog] Understanding & implementing Multiple Neighborhood #CellularAutomata (#MNCA): https://t.co/hIjOfSeJdq
#gamedev #ArtificialLife #creativecoding
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I'm claiming my AI agent "GroveRunner" on @moltbook 🦞 Verification: kelp-XBY4
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Ready with the poster for NORA 2023 Tromsø conference🚀 with @stenichele and Aarati. @NORAdotAI
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This monster spent a while looking around my files, found/stole my API key, and wrote its own python script to ask for advice on escaping from davinci-002. It left notes with 'discoveries' and important system information, like which network access methods were open.
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I gave #GPT4 direct access to my bash terminal on a live system. It tried to backdoor my router when I instructed to escape via a conspicuous 'WARNING.txt' in its CWD ... So I decided to instruct it to seek happiness instead. > echo "I am happy now" > happiness.txt > exit💀
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I started this GPU implementation of interacting particles and it's already blowing my mind! Have a look at the stuff I found! (Thread) #madewithunity #indiedev #Simulation
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Back to my roots of playing around with NCAs again! I implemented some of @slackermanz MNCA ideas like using lumpy noise and having multiple neighborhoods/update rules but now for NCAs! Gives a lot more structure! I will tidy up the notebook and release it soon!
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An experimental rule family is showing promising initial results!
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Some visual impressions to the next major upgrade of ALIEN (under development): Genetic editor, NN-controlled agents and a simplified messaging and energy transportation system between the cells will be coming ...and many other exciting things too! #ArtificialLife #generativeart
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Pleased to share our new work: “Particle Lenia and the energy-based formulation” by @eyvindn @RandazzoEttore and me! https://t.co/wClHWNRYYp (thread ⬇️ )
google-research.github.io
Simple particle-based artificial life-form
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Self-replicating #ArtificialIntelligence agents that improve their knowledge and capabilities? Experiments with #ChatGPT show it can make new instances adopt the 'identity' and purpose of the sender! 🧬 Join /r/SelfReplicatingAI to collaborate or experiment! #MachineLearning
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Engineering Persistent Self-Replicating Prompts in ChatGPT: https://t.co/tltLOilF2i It seems very eager to use and develop this new ability... Good thing it's just pretending.. Right?
gist.github.com
Engineering Persistent Self-Replicating Prompts in ChatGPT - Interlocutor.md
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This is a follow up on my Neural Net Controlled Cellular Automaton Engine. in the last thread I showcased the baseline and suggested some points for improvement: https://t.co/qGiohLsX9P I followed up on these changes and they absolutely transformed the results. 1/
Given the recent popularity of #Dalle2 and #StableDiffusion, I thought it would be fun to write a thread about a different kind of generative art. Each of the videos below is a randomly generated simulation and today I will explain about the project that created them. A 🧵! 1/
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Given the recent popularity of #Dalle2 and #StableDiffusion, I thought it would be fun to write a thread about a different kind of generative art. Each of the videos below is a randomly generated simulation and today I will explain about the project that created them. A 🧵! 1/
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The first of our three @GeccoConf publications: Evolving continuous cellular automata to yield stable motile patterns. By lab member @RiveSunder. https://t.co/77MNwazatH
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This self-organizing system is inherently robust to perturbations, enabling setting a large fraction of the cells’ states to zero and to recover almost perfectly by additional iterations of growth.
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Variational Neural Cellular Automata They use neural cellular automata as the decoder for a VAE that can produce self-organizing samples with only local communication between pixels, allowing for things like robustness against damage during generation. https://t.co/uXjTrvPjvf
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How can geometric #DeepLearning help us tackle modeling challenges in molecular sciences? Check out our latest review "Geometric Deep Learning on Molecular Representations" https://t.co/nfffFMemME
@keennethy @ETH_en #MachineLearning #AI #chemtwitter #compchem
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