Henryfud/werm

A 302 neuron network on the real C. elegans wiring diagram, with a steering layer for local language models.

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Wiring-Encoded Recurrent Modulator A 302 neuron model built on the real wiring diagram of Caenorhabditis elegans, with a small steering layer that lets its state nudge a local language model. It runs in a browser tab, in Node, or connected to a language model on your own computer through Ollama or any OpenAI style local server. werm.si · @WERMsi on X [](https://github.com/Henryfud/werm/actions/workflows/ci.yml) The site in site/ is a long scroll page with a generative pixel worm field, a live connectome globe, the genome drawn to scale from the real sequence, and long form notes. The code in src/ is the same code the site runs. You need Node 20 or newer. The model has no runtime dependencies. npm test runs the unit tests without installing anything. They use every CPU core and take a few minutes. WERM runs entirely on your own computer. Connect it to a language model running…

Henryfud/werm on GitHub A short preview, not the full document.

Read the full README ↗ · Preview checked 2026-10-07T12:48:06.309Z

Inside the original README — Document outline
  1. WERM
  2. What is real here
  3. What is a design choice
  4. Results
  5. Quick start
  6. Rerun the experiments
  7. Run it locally with Ollama or any local engine
  8. With Ollama
  9. With LM Studio, llama.cpp, vLLM or another engine
  10. In your own code, with any engine
  11. Does it change anything?
  12. Rebuild the genome maps

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Documentation belongs to its respective authors. Reported project/model license: MIT. A listing is not a grant of reuse or training rights. Confirm the document’s own terms at the source.

What this repository does

A 302 neuron network on the real C. elegans wiring diagram, with a steering layer for local language models.

Repository facts

Owner
Henryfud
Primary language
HTML
Stars
197
Forks
0
Open issues + pull requests
0
License
MIT
Archived
No
Default branch
main
Created
2026-10-06T00:49:18.000Z
Last push
2026-10-06T01:07:58.000Z

Topics and intended use

Owner-supplied topics: c-elegans, computational-neuroscience, connectome, genome, neuroscience, simulation

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