To those who dared to ask if machines could think —
and then spent their lives building the ones that do.
"Can a machine think?" — Alan Turing, 1950 · Computing Machinery and Intelligence
The question that started everything.
History
From a thought experiment in 1950 to models that write, reason, code, and create.
Alan Turing publishes Computing Machinery and Intelligence. He proposes the imitation game — if a machine's responses are indistinguishable from a human's, it can be said to think. The question that launched a field.
John McCarthy coins the term "Artificial Intelligence" at a summer workshop in Hanover, NH. Minsky, Shannon, and Simon are there. The field officially exists and has a name.
Frank Rosenblatt builds the first artificial neural network capable of learning. The New York Times calls it "the embryo of an electronic computer that will walk, talk, see, write, reproduce itself."
Joseph Weizenbaum creates the first chatbot at MIT. Users form emotional attachments to it despite knowing it is a program. The phenomenon unsettles Weizenbaum himself — and plants a question we still argue about.
Rumelhart, Hinton, and Williams publish the backprop paper. The algorithm for training deep networks finally works at scale. After years in the wilderness, neural networks become practical.
IBM's Deep Blue defeats world chess champion Garry Kasparov. The same year, Hochreiter & Schmidhuber publish Long Short-Term Memory networks — the architecture that would power language AI for the next two decades.
Geoffrey Hinton demonstrates that deep neural networks can be pre-trained layer by layer. After a decade out of fashion, neural nets come roaring back. The modern era begins its slow ignition.
Krizhevsky, Sutskever, and Hinton's AlexNet wins ImageNet by a margin that stuns the computer vision field. Deep learning doesn't just win — it dominates. The modern AI era begins here in earnest.
Ian Goodfellow sketches the idea for Generative Adversarial Networks at a Montreal pub. Two neural nets compete: one generates, one discriminates. AI learns to hallucinate images indistinguishable from photographs.
Eight researchers at Google publish a paper that changes everything. The Transformer architecture — built on self-attention — becomes the foundation of every major AI system built since. GPT, Claude, Gemini, Llama. All of them.
OpenAI releases GPT-3. It writes, codes, translates, reasons, and jokes in ways that shock the community. The scaling era begins in earnest. More parameters + more data = better models, predictably, every time.
Dario and Daniela Amodei lead a team out of OpenAI to found Anthropic. Their conviction: the most powerful AI systems in history need to be built safely from the inside, not patched after the fact.
ChatGPT launches November 30, 2022. 100 million users in 60 days — the fastest product adoption in history. AI is no longer a research topic. It is everyone's business, everywhere, all at once.
Hinton and Hassabis win Nobel Prizes (Physics and Chemistry). Models gain deliberate step-by-step reasoning. AI agents begin executing complex real-world tasks autonomously. The shift from "can answer" to "can do."
You are reading a page built collaboratively by a human and an AI. The question is no longer whether machines can think. It is what we choose to build together.
The People
Every token generated today traces a line back to these minds. The ones who planted the seeds when nobody was watching.
Anthropic Co-Founders
The Frontier
The current generation of large language models — each a different answer to the same astonishing question.
Under the Hood
The ideas that make modern AI work — explained without the math.
They Said It First
The people who saw it coming, and said so out loud.
Watch
Five essential watches — the people who built AI, in their own words.





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