Alan Turing — "No, I am not interested in developing a powerful brain. All I am interested in i…"
No, I am not interested in developing a powerful brain. All I am interested in is a rather crude imitation of a child's brain.
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More from Alan Turing
"The only way to do great work is to love what you do."
"The human brain is a very remarkable thing, but it is not infallible."
"The problems of biology can be reduced to physics and chemistry."
"If a machine can pass the Turing Test, then it is intelligent."
"The extent to which we regard mind as an attribute of the body, or something separable from it, is largely a matter of convenience."
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Understanding this quote
What it means
Rather than chasing a fully-formed, omniscient artificial mind, the smarter path is building something simple that can learn — a blank slate that grows through experience, like a child. Ambition toward raw power misses the point; intelligence emerges from adaptability and learning, not from being born complete. This is a call for humility in approach: start crude, start teachable, and let development do the heavy lifting.
Relevance to Alan Turing
Turing wrote this in his 1950 paper 'Computing Machinery and Intelligence,' where he introduced the Turing Test and proposed the concept of a 'child machine' — a program educated rather than pre-programmed with adult knowledge. His Bletchley Park codebreaking showed that elegant, minimal systems outperform brute force. His mathematical work on universal computation always sought the simplest mechanism capable of complex behavior, not the most powerful one.
The era
In 1950, computers were massive, room-filling calculators — tools for number-crunching, not thinking. The Cold War was intensifying, and Turing had just helped win WWII by cracking Nazi Enigma codes. The term 'artificial intelligence' did not yet exist. Against this backdrop, claiming machines could learn like children was radical. Turing was reimagining the entire purpose of computing when most scientists saw machines as nothing more than fast arithmetic engines.
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