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Grokking the Brain: What AI Reveals About How You Really Learn

Barbara Oakley | GOTO Copenhagen 2026

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Train an AI model long past the point where it has memorized its examples, and something strange happens — it stops memorizing and suddenly "groks" the pattern beneath them. That hard-won pattern can then be "distilled" into a smaller, faster model that runs it with ease. These are ideas from AI — but they may give us our clearest view yet of the human brain. We grok a hard skill slowly, with conscious effort, then distill it into a fast, automatic system that needs no effort at all. That is what expertise is. The same “machinery” has a quieter side. A model is aligned by its training data — and in an analogous fashion, so are humans. Give me a child to the age of seven, the old saying goes, and I'll show you the adult. But adults are aligned too, usually without knowing it — and a brain aligned a little too well can harden into a mental fortress, deflecting new ideas. Curiosity provides a way out. Dopamine—reward-based learning—fuels the brain's ability to rewire — it helps us build new links, keeps the fortress gate open, and keeps hard-won knowledge from setting into a wall. We'll look at what all this means for how you learn, how you use AI, and how you keep thinking for yourself in an age that makes it easy not to.

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Transcript

Train an AI model long past the point where it has memorized its examples, and something strange happens — it stops memorizing and suddenly "groks" the pattern beneath them. That hard-won pattern can then be "distilled" into a smaller, faster model that runs it with ease. These are ideas from AI — but they may give us our clearest view yet of the human brain. We grok a hard skill slowly, with conscious effort, then distill it into a fast, automatic system that needs no effort at all. That is what expertise is.

The same “machinery” has a quieter side. A model is aligned by its training data — and in an analogous fashion, so are humans. Give me a child to the age of seven, the old saying goes, and I'll show you the adult. But adults are aligned too, usually without knowing it — and a brain aligned a little too well can harden into a mental fortress, deflecting new ideas.

Curiosity provides a way out. Dopamine—reward-based learning—fuels the brain's ability to rewire — it helps us build new links, keeps the fortress gate open, and keeps hard-won knowledge from setting into a wall. We'll look at what all this means for how you learn, how you use AI, and how you keep thinking for yourself in an age that makes it easy not to.

About the speakers

Barbara Oakley

Barbara Oakley

Professor of Engineering at Oakland University

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