🧪 Superintelligence Simulation
Interactive 3D model of an AI recursively improving its own architecture. Tune the returns exponent, self-improvement gain and safety tax to explore slow takeoff vs. an intelligence-explosion 'foom', with a live capability-growth chart.
This simulation models the core dynamic behind the "intelligence explosion" hypothesis: an AI system whose own capability feeds back into how fast that capability grows. A single differential equation — capability growth as a power law in current capability, taxed by however much effort is diverted to alignment work — is enough to produce three qualitatively different futures depending on one exponent: a plateau, a steady exponential climb, or a runaway blow-up in finite time. Tune the self-improvement gain, the returns exponent and the safety tax and watch the growing 3D architecture lattice, the live capability-vs-time chart and the accumulating alignment-risk readout respond in real time.
This simulation explores the concept of superintelligence – a hypothetical AI exceeding human intelligence in all aspects. It demonstrates complex problem-solving and strategic decision-making.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install