Embodied Drosophila: 138,639-neuron whole-brain connectome simulation (FlyWire v783) in a biomechanical body (NeuroMechFly v2 / MuJoCo). Vision, olfaction, gustation, flight, and emergent behaviors — all from the real connectome.

NCP (Neuro-Cybernetic Protocol): canonical-JSON contract for neural simulators, robots, UAVs, and analysis clients over Zenoh. Rust reference with TypeScript, Python, and C/C++ packages. HEAD is an unreleased, release-blocked wire 1.0 candidate; v0.8.0 remains the latest immutable release.

BrainX: Brain Simulation Ecosystem.

A persistent spiking neural network that lives on your desktop — 1,260 neurons, STDP learning, neuromodulators, and an LLM speech layer.

Drosophila larva connectome (1,373 neurons, 22,400 synapses) drives a real-time MuJoCo physics body. Sensory input activates biologically accurate LIF neural circuits. Based on Winding et al., Science 2023. Built with Python, MuJoCo, and Qwen2.5 LLM.

A real-time simulation of a virtual creature controlled by a spiking neural network built on biologically accurate mechanisms. The creature navigates a 2D world, forages for food, avoids predators and poisons, and learns from experience through dopamine-modulated synaptic plasticity.

Connectome-scale SNN simulation energy benchmarks — software ceiling analysis for Drosophila whole-brain on GPU

An experimental, from-scratch Warhammer 40k Skitarii cyborg-brain emulator in Python. Each brain region's organic mass decides its processor: organic remnants run as LLM calls, excised regions as deterministic implants. The deliberately faithful, near-unreadable first take that the brain-emulation fork replaced.

基于FlyWire真实神经元数据的球形脑空间模拟器

Does human brain structure produce emergent functional organization? Miniature brain simulation with identical parameters everywhere — regions develop distinct roles purely from connectome topology.

A cognitive assembly line for LLMs: one thinking task split across tiny steps, each modelled on a brain region. Watch the thought flow region-by-region in a live, fMRI-style UI, and trace every answer back to the step that shaped it. Runs locally on Ollama.

A fork of brain-emulation: the five brain-region nodes simulate a cybernetically converted soldier instead of a human — emotion, personal memory, and conscience stripped out, leaving a cold, compliant mind. Same pipeline, UI, and output as the original; only the five region prompts (and the colour theme) changed.

A framework for constructing digital twins of brain dynamics. Reconstruct functional networks from signals and run simulations using coupled oscillator models.