Understanding natural language is a paradigm case of undercoded abductive inference. - Erik J. Larson

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Understanding natural language is a paradigm case of undercoded abductive inference.

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About Erik J. Larson

Erik J. Larson (born 1971) is an American writer, tech entrepreneur, and computer scientist. He is author of The Myth of Artificial Intelligence: Why Computers Can’t Think the Way We Do. He has written for The Atlantic, The Hedgehog Review, the Los Angeles Review of Books, Wired, and professional journals. His other projects include two DARPA-funded startups, the most recent a company that provides influence rankings for colleges and universities using an influence ranking algorithm. Larson also publishes articles in his online newsletter Colligo.

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Alternative Names: Erik Larson
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Additional quotes by Erik J. Larson

World knowledge, as Bar-Hillel pointed out, couldn’t really be supplied to computers — at least not in any straightforward, engineering manner — because the “number of facts we human beings know is, in a certain very pregnant sense, infinite.

First, intelligence is situational — there is no such thing as general intelligence. Your brain is one piece in a broader system which includes your body, your environment, other humans, and culture as a whole. Second, it is contextual — far from existing in a vacuum, any individual intelligence will always be both defined and limited by its environment. (And currently, the environment, not the brain, is acting as the bottleneck to intelligence.) Third, human intelligence is largely externalized, contained not in your brain but in your civilization. Think of individuals as tools, whose brains are modules in a cognitive system much larger than themselves — a system that is self-improving and has been for a long time.

"Science, once a triumph of human intelligence, now seems headed into a morass of rhetoric about the power of big data and new computational methods, where the scientists' role is now as a technician, essentially testing existing theories on IBM Blue Gene supercomputers.
But computers don't have insights. People do. And collaborative efforts are only effective when individuals are valued. Someone has to have an idea. Turing at Bletchley knew — or learned — this, but the lessons have been lost in the decades since. Technology, or rather AI technology, is now pulling "us" into "it." Stupefyingly, we now disparage Einstein to make room for talking-up machinery."

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