Vol. X · No. IV
Notes from the practice.
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5 min read

Inside the Very Human Origin of the Term “Artificial Intelligence” — And Its Seven-Decade Boom/Bust Cycle

Dartmouth Hall around 1900: a long white three-story building with a clock and cupola, seen across a lawn strewn with fallen leaves.

Photo: Detroit Publishing Co. / Library of Congress

With so much growing interest and fear around AI, it may be helpful to know some history around the term, how it came to be, and why it keeps getting buzzed about. Now nearly 70 years old, “artificial intelligence” was actually first coined due to the most uniquely human of motives: ego and competitiveness.

Dartmouth Conference 1956 attendees (back row: Selfridge, Rochester, Minsky, McCarthy; front row: Solomonoff, Milner, Shannon)
Fig. 1: Back row, from left to right: Oliver Selfridge, Nathaniel Rochester, Marvin Minsky, and John McCarthy. Front row, from left to right: Ray Solomonoff, Peter M. Milner, and Claude Shannon.

It was in the summer of 1955 in New England. Computer scientist John McCarthy of Dartmouth was preparing a research proposal with Marvin Minsky (Harvard), Nathaniel Rochester (IBM), and Claude Shannon (Bell Telephone Laboratories). At the time, their study would usually fall squarely in the category of “cybernetics,” i.e., automated systems. But that posed a problem.

The discipline of cybernetics was first formulated in an incredibly influential book of the same name by Norbert Wiener, a professor at nearby MIT. Much of his early cybernetics work focused on trying to control and automate systems. And while we rightly worry about the use of AI-guided weaponry now, it was Wiener who worked on automating anti-aircraft fire control, one of the very first automated weapon systems, way back during World War II.

Cover of Norbert Wiener's 1948 book Cybernetics
Fig. 2: 1948: Norbert Wiener publishes Cybernetics, introducing the world to his term for, and conceptualization of, “the entire field of control and communication theory, whether in the machine or in the animal.”

With the rise of the Cold War, Wiener became an incredibly influential (many say domineering) force around any conversation about the future of computing. That was often quite literally the case: If there was a cybernetics conference scheduled near him in Cambridge, Norbert was notorious for showing up in person and lecturing everyone at length.

How to hold an academic conference around computing, but keep Wiener from coming?

Simple: Come up with another term, and use that to advertise the conference.

“One of the reasons for inventing the term ‘artificial intelligence’ was to escape association with ‘cybernetics,’” as McCarthy once bluntly explained. “I wished to avoid having either to accept Norbert Wiener as a guru or having to argue with him.”

So in a very real sense, AI started out as a term of distraction, not clarity. Created to position itself apart from cybernetics, it was coined so broadly that roughly any automated computer system can be called artificial intelligence.

Placard at Dartmouth commemorating the 50th anniversary of the 1956 Summer Research Project on Artificial Intelligence
Fig. 3: The placard commemorating the 50th anniversary of Dartmouth’s 1956 Summer Research Project, famously described in its original 1955 research proposal as a “2 month, 10 man study of artificial intelligence.”

It’s why “AI” remained such a compelling marketing term through the decades. The explosive growth of ChatGPT since 2022 has generated such excitement that it’s easy to forget another AI-related product enjoyed similar buzz less than a decade ago.

But it’s true: Back in 2014, AI hype orbited around voice-activated personal assistants, with Apple’s Siri, Amazon’s Alexa, and Microsoft’s Cortana leading the charge. As with other “truthy” technology, Hollywood turbo-charged this excitement, with Jarvis from the Iron Man movies and the Scarlett Johansson–voiced AI depicted in Her. “Personal assistant AI is going to change everything!” briefly became the grand pronouncement for that time (almost 10 years from the date of this op-ed).

Back then, I began getting pitches from large companies about designing what seemed like magic systems with sprinkles of “AI” on top. When I probed further, however, it appeared that the executives behind these proposals were not actually interested in artificial intelligence, but in making sure their product offerings seemed fresh and competitive. They’d read in various pop tech magazines that AI was something they needed to pay attention to, but they hadn’t looked deeply into it. As a result, they became impatient when I tried to take them through the details of potential implementations.

As this was shortly after my TED talk on cyborg anthropology, I was actively encouraged to ride that era’s AI hype wave.

A 2014 partner-content page on Wired’s site, by Nuance’s Vlad Sejnoha, on AI assistant hype after the film Her.
Fig. 4: An article in Wired in 2014 building on the AI assistant hype delivered in the film Her. Her was far from the first fictional tale to include humans falling in love with automations. In E. T. A. Hoffmann’s 1816 story “The Sandman,” the student Nathanael falls in love with Olimpia, a clockwork automaton built long before the digital computer.

“Why aren’t you speaking more about AI?” one prominent consultant put it to me during an arts festival. “I make half a million a year. People are scared about it and you can make money from their fear. It’s confusing and scary for them, so I give them information.” I like giving speeches, but I am more interested in teaching people new ways of thinking than in capitalizing on fear.

We do continue to use voice-driven assistants, of course, but in narrow contexts where they’re genuinely useful, like map guides while we’re driving. AI can be clever and witty in movies, but in real life we quickly realized it’s an anemic representation of the human soul.

It’s always the same pattern: Every so often, new AI applications and playthings emerge from breakthroughs at research universities. These cause bursts of excitement among people at the periphery, particularly marketers and well-paid evangelists, who then create inflated expectations around them. These expectations blow way past what’s technically possible for these systems, but company heads ask engineers to do the impossible anyway. And the AI applications continue doing only what they’re good at: nerdy automation tasks. The public feels let down again.

If there’s any way out of this frustrating cycle, it might be necessary to undo the confusion inadvertently caused by John McCarthy back in the ’50s. Inevitably, the very term “artificial intelligence” inspires us to think about longevity and the human soul, and heightens any fear around automation. People simply snap into a panic state instead of investigating closely.

A better term to replace “AI”? Perhaps “alongside technologies.” It’s less catchy, and maybe that’s the point. This stuff shouldn’t be so catchy. And it emphasizes that we need human-guided systems for AI to work well.

After McCarthy’s first AI conference in 1956, attendees raised millions of dollars in grants to fulfill a modest goal: Create a machine as intelligent as a human. They expected to succeed within one generation.

Two generations and several hype cycles later, it might become clear that the best automations focus on amplifying the best of humans and the best of machines, whereas trying to make machines “human” will always be a losing proposition.

Amber Case is author of Calm Technology and a Research Director at the Metagovernance Project. A frequent design consultant across many industries, she was previously a fellow at MIT’s Center for Civic Media, Harvard’s Berkman Klein Center for Internet & Society, and the Institute for the Future.

About Dynamical Systems Group

Dynamical Systems Group is a systems engineering firm that operationalizes emerging technology for high-reliability organizations. We combine academic-grade research with advanced mathematical and computational engineering to design safe and resilient socio-technical systems.

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