This repository explores the intersection of synthetic biology and artificial intelligence by leveraging mycelium as a bio-computational substrate. The project aims to give AI systems a "body" by integrating machine learning models with the natural properties of mycelium, such as signal conduction, adaptive growth, and environmental reactivity.

Tokenizer for encoding/decoding dna sequences

This is a stochastic simulator for DNA chemcial reaction networks developed primarly by Marceline Sorensen, based on the idea of Marc Riedel's Alea simulator. It's a complete rewrite in rust aiming to implement better detection of stable state end conditions, user friendly input file syntax, and multithreaded execution.

Mercy Cube v1.0 — Open, Real, Ready Stackable, 7-watt, offline Grok shard. 2025 physics, no hype.

Architecture informatique post-silicium fusionnant l'intelligence distribuée du mycélium, la frustration géométrique des verres de spin et les modèles de sécurité "zombie" inspirés de l'Ophiocordyceps pour créer des réseaux auto-cicatrisants et résilients

A high-performance Python implementation of Dawkin's Weasel experiment. Uses multiprocessing and matplotlib to visualise how different mutation rates affect evolutionary convergence speed.

Cadre unifié traitant le Quorum Sensing biologique comme une transition de phase contrôlée par la densité via la physique de la matière active et la théorie MIPS.

🍄 Explore Bio-Physical architectures that leverage nature-inspired systems to overcome limits in computing and enhance adaptive intelligence.