Turing frames the question
Alan Turing proposes the imitation game, giving computer intelligence a durable testable shape.
Concise timeline
A fast scan of the ideas, winters, breakthroughs, and products that turned artificial intelligence from theory into everyday infrastructure.
Selected milestones, simplified for a quick overview. Dates mark public research, systems, or product moments that changed the field's direction.
Alan Turing proposes the imitation game, giving computer intelligence a durable testable shape.
The Dartmouth workshop coins artificial intelligence and launches it as a formal research field.
ELIZA shows how pattern matching can mimic dialogue, raising early questions about machine understanding.
Rule-based programs capture specialist knowledge, proving useful in narrow domains while exposing limits.
Funding cools as systems disappoint, but research continues in machine learning, robotics, and neural nets.
IBM's chess victory becomes a public symbol of specialized machine reasoning at scale.
AlexNet dramatically improves image recognition, accelerating GPU-driven neural network research.
The transformer architecture makes large-scale language and multimodal models far more capable.
Text and image models bring AI into everyday work, search, coding, design, and customer operations.
Models increasingly read, see, write code, use tools, and coordinate multi-step digital workflows.