MIT

5 milestones · 1956–1969

Explore MIT's role in AI history across 5 milestones from 1956 to 1969, with the strongest concentration in research breakthroughs.

Chronology

John McCarthy, organizer of the Dartmouth Conference
Research

The Dartmouth Conference

A two-month workshop at Dartmouth College where the term 'Artificial Intelligence' was officially coined. The proposal stated: 'Every aspect of learning or any other feature of intelligence can in principle be so precisely described that a machine can be made to simulate it.' This gathering brought together the founders of the field.

John McCarthyMarvin MinskyDartmouth CollegeMIT
Lisp programming language logo
Infrastructure

LISP Programming Language

John McCarthy created LISP (LISt Processing), a programming language designed specifically for AI research. Its features — recursion, dynamic typing, garbage collection, and homoiconicity — were decades ahead of their time.

John McCarthyMIT
ELIZA chatbot conversation example
Research

ELIZA: The First Chatbot

Joseph Weizenbaum created ELIZA, a program that simulated a Rogerian psychotherapist using simple pattern matching. Despite being purely rule-based with no understanding, users became emotionally attached to it and insisted it truly understood them — a phenomenon Weizenbaum found deeply disturbing.

Joseph WeizenbaumMIT
Research

SHRDLU: Natural Language Understanding

Terry Winograd created SHRDLU, a program that could understand and respond to English commands about a simulated 'blocks world.' Users could ask it to move objects, answer questions about their arrangement, and even understand pronouns and context within its limited domain.

Terry WinogradMIT
Marvin Minsky, co-author of Perceptrons
Research

Perceptrons: The Book That Killed Neural Networks

Minsky and Papert published 'Perceptrons,' mathematically proving that single-layer perceptrons could not solve the XOR problem or other non-linearly separable tasks. While technically correct, the book was widely interpreted as proving neural networks were fundamentally limited — though multi-layer networks could solve these problems.

Marvin MinskySeymour PapertMIT

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