sistema de circuito cerrado neuronal adaptativo que utiliza hardware especializado (Cortical Labs CL1) con un marco de procesamiento de lazo cerrado integrado. Este sistema combina análisis de alta precisión, lógica bayesiana, simulación cuántica y algoritmos avanzados para optimizar la estimulación neuronal en tiempo real.
No-framework browser visualizer for cl-sdk simulator streams, recording replay, and channel-grid/3D previews.
Open operating-system specification for biological neural networks — cortical organoids, MEA-coupled cultures, and their in-silico emulators. v0.1 draft with working L0 reference emulator (Izhikevich + Hodgkin-Huxley + STDP + migration).
C/C++ SDK Protoype for the Cortical Link platform from Cortical Labs. High-performance integration for neuroscience, game engines, and low-latency systems.
A verifiable RL environment for neural-stimulation control — evaluated on HUD with a real LLM agent. Simulated; architected for real Cortical Labs CL1. Honest by design.
Using Cortical Labs CL1 to train neurons to encode tokenization patterns on LLMs and measure consciousness metrics for advanced AI safety and sentience testing. EXPERIMENTAL: I AM IN NO WAY ASSOCIATED WITH CORTICAL LABS OR ANY RESEARCH LABORATORY
Neuro-Ensemble Distillation (NED) — A cross-domain framework for stabilizing cultured-neuron computing using Cortical Labs platforms (CL1, DishBrain). Includes paper, simulations, and supplementary code (Python/JSON IR).
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