— Ch. 1 · Ancient Myths And Philosophical Roots —
History of artificial intelligence.
~7 min read · Ch. 1 of 7
In 1956, a group of scientists gathered at Dartmouth College to launch artificial intelligence as a formal discipline. Yet the dream of creating thinking machines stretches back thousands of years before that summer meeting. Greek mythology tells of Talos, a bronze giant who guarded the island of Crete with fire and strength. Alchemists in the Islamic Golden Age attempted Takwin, the artificial creation of life itself. Jewish folklore described the Golem, a clay figure brought to life by inserting God's name into its mouth. The Swiss alchemist Paracelsus claimed he could fabricate a homunculus, an artificial man born from human blood and semen. By the 19th century, fiction had caught up with myth. Mary Shelley published Frankenstein in 1818, while Karel Čapek introduced robots in his play R.U.R. in 1920. These stories reflected society's growing fascination with machines that might think like humans. Philosophers also began exploring whether thought itself could be mechanized. Ramon Llull developed logical machines in the 13th century that combined basic truths through simple operations. Gottfried Leibniz later imagined a universal language where argumentation would become calculation. Thomas Hobbes wrote in Leviathan that reason was nothing but reckoning, adding and subtracting. René Descartes explored similar ideas about systematic rational thought. These early thinkers laid groundwork for what would eventually become computer science.
Foundations Of Computation And Logic
The first modern computers emerged during World War II as massive machines built for war. Konrad Zuse constructed the Z3 in Germany, while Tommy Flowers designed Heath Robinson and Colossus in Britain. Atanasoff and Berry created their ABC machine, and ENIAC followed at the University of Pennsylvania. Alan Turing provided the theoretical foundation for these devices with his concept of the Turing machine. In 1950, Turing published Computing Machinery and Intelligence, proposing the famous test where a machine converses indistinguishably from a human. Claude Shannon described digital signals as all-or-nothing pulses, while Norbert Wiener studied control systems in electrical networks. Luigi Galvani demonstrated that nerves carried electrical signals in the 18th century. Santiago Ramón y Cajal proved neurons formed an electrical network capable of producing consciousness. Donald Hebb formulated learning principles in The Organization of Behavior, published in 1949 after years of research at Yerkes Laboratories. His idea that cells firing together wire together became foundational to neural network theory. Walter Pitts and Warren McCulloch analyzed artificial neurons in 1943, showing how they could perform logical functions. Marvin Minsky built the SNARC neural net machine in 1951 with Dean Edmonds. These early experiments combined neuroscience insights with mathematical logic to create the first electronic brains.