OuroborOS-Chimera: A Self-Modifying Digital Organism That Rewrites Its Own Code (For Kiroween) скачать в хорошем качестве

OuroborOS-Chimera: A Self-Modifying Digital Organism That Rewrites Its Own Code (For Kiroween)

Watch a living, breathing software organism evolve in real-time inside your browser. This isn't your typical application—it's a self-modifying entity that can literally rewrite its own behavior while running. What You're Seeing: OuroborOS-Chimera is an experimental platform where code becomes life. Built with 6 different programming languages (Lisp, ALGOL, Rust, Fortran, Go, and Solidity) all compiled to WebAssembly, this system demonstrates true emergent behavior through self-modification. The organism makes decisions using: 🔮 Quantum entropy from real quantum circuits (Qiskit) 🌡️ Physical sensors (light, temperature, motion from Raspberry Pi) ⛓️ Blockchain governance (Ethereum smart contracts for mutation voting) 🎲 Multi-source randomness (WebCrypto, WebGPU noise, quantum RNG) The Tech Stack: This polyglot nightmare (in the best way) combines: Lisp interpreter for self-modifying behavior rules ALGOL DSL that compiles to Lisp for readable organism programming Rust orchestrator coordinating everything Fortran numeric engine for heavy computation Go neural cluster modules Pascal retro terminal UI (that green-on-black aesthetic) Solidity smart contracts for decentralized mutation proposals Why This Matters: This project pushes the boundaries of what's possible with WebAssembly interoperability, demonstrates practical quantum computing applications, and explores how blockchain can govern autonomous systems. It's artificial life meets decentralized governance meets quantum mechanics—all running locally in your browser. #WebAssembly #Blockchain #QuantumComputing #ArtificialLife #Rust #Lisp #EmergentBehavior #SelfModifyingCode #Ethereum #IoT #RetroComputing #OpenSource