AutoScientists: Self-Organizing Agent Teams for Long-Running Scientific Experimentation
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Updated
Oct 15, 2026 - Python
AutoScientists: Self-Organizing Agent Teams for Long-Running Scientific Experimentation
A research toolkit for Swarm Robotics.
AutoScientists: Self-Organizing Agent Teams for Long-Running Scientific Experimentation
Environment-mediated coordination protocol for agent fleets. Safety enforced at the boundary, not inside the agent.
This implementation puts a twist on the Standard Treap (randomized search tree) in the sense that I add the idea of self-organizing data structures on top, To implement a Database (collection of rows that are somehow related) Indexing.
Collection of experiments related to swarm intelligence
Biologically plausible Spiking Neural Network (SORN) with an auditory brainstem frontend for learning Temporal Fine Structure (TFS) and Envelope (ENV) of sounds.
Experimental distributed reasoning swarm with never-forgetting CRDT memory. How far can swarm intelligence scale?
Self-organizing multi-agent clusters for DeepSeek Harness — real DSH subagents coordinating through a shared append-only log, no orchestrator
Project Neural Genesis — A brain-inspired AI architecture based on the Pr-Al dual-gradient axis theory
A multi-agent system that automates software project construction.
In this repository, I'm going to include some well documented projects, that I've implemented during my learning and I will keep it updated
GPU-accelerated self-organizing deep neural networks in PyTorch
A bio-isomorphic research runtime for Rust exploring metabolic programming and self-organizing topologies.
AutoDataScientists: Self-Organizing Agent Teams for Clinical, Healthcare, and Biomedical Data Science
A self-adaptive network model that generates internal data structures dynamically based on input patterns. Enhances system flexibility and intelligent responsiveness across various environments. 入力パターンに応じて内部データ構造を動的に生成し、システムの柔軟性と知的応答性を高める自己適応型ネットワークモデル。
This project implements self-organizing embodied learners with autopoietic constraints - demonstrating how energy limitations create measurable survival-intelligence tradeoffs in artificial agents.
Interactive, real-time art application for mobile devices that simulates and visualizes a universal principle of self-organization. It generates and compares complex, filamentary networks based on a single, unified algorithm.
Self-authoring AI agent mesh for Claude — detects your MCPs, spawns intelligent agents that observe patterns, and evolves through natural selection. Zero config. Works with ANY MCP stack.
SORN — Self-Organizing Recurrent Neural Network
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