Theoretical Foundations
Ada Lovelace speculated on machine intelligence, Alan Turing formalized computation and proposed his famous test, and Claude Shannon built the bridges between logic and electrical circuits. Warren McCulloch and Walter Pitts published the first mathematical model of a neural network in 1943. This era transformed the dream of thinking machines from philosophy into rigorous mathematics.
Ada Lovelace published the first computer program and foresaw that machines might one day compose music — then warned they could never truly think.
Karel Čapek's R.U.R. premiered in Prague, introducing the word 'robot' to every language on Earth.
A 24-year-old mathematician imagined a universal machine on paper, laying the theoretical foundation for every computer — and every AI — that would follow.
Two scientists fused logic and neuroscience into a mathematical model of the brain, laying the theoretical bedrock for every neural network to come.
Norbert Wiener published Cybernetics, coining the science of communication and control that would become AI's intellectual scaffolding.
Claude Shannon built an electromechanical mouse that could navigate a maze through trial and error, becoming one of the first physical demonstrations of machine learning.
Alan Turing published the paper that reframed the oldest question in AI and gave the field its most famous test.
Two Princeton graduate students wired together 3,000 vacuum tubes and surplus autopilot components from B-24 bombers to build the first machine that learned like a network of neurons.
Months before the Dartmouth Conference coined 'artificial intelligence,' the Logic Theorist became the first program to autonomously prove mathematical theorems — and one of its proofs was more elegant than the human original.