Prolific science and science fiction writer Isaac Asimov (1920–1992) developed the Three Laws of Robotics, in the hope of guarding against potentially dangerous artificial intelligence. Jonathan Bartlett, Brendan Dixon, and Eric Holloway discuss what went wrong.
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Walter Bradley Center fellows aren’t really in a position to respond to the demands for “metamorphosis” (total transformation); they could and did, however, respond to specific claims made in the article for winning chessbot AlphaZero.
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“The trouble is,” says Brendan Dixon, “any technique that works by searching ‘to the end of the game’ will not help self-driving cars (as an example) one bit…unless they have also mastered predicting the future. There is no ‘end of the game’ for nearly all decisions we make.”
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James Lovelock, both distinguished scientist and founder of the Gaia concept of Earth, need only live to July 26 to be a centenarian. In his new book, co-authored with Bryan Appleyard, he sees the Go-playing computer program AlphaGo as the start of a new type of life that will save the planet, as he told New Scientist recently: Specifically, about the new AI overlords: In his new book Novacene, James Lovelock says the creation of AlphaGo was the start of a new kingdom of life that will create and think for itself. He’s optimistic that this new kingdom of life will want to keep us around like we keep plants in gardens. “James Lovelock says artificial intelligence is the start Read More ›
Mind Matters News asked some of our house computer science experts for comment.
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Fear of toxic but improbable futures sometimes distracts us from clearly understanding and preparing for the real changes that are happening now.
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Eric Holloway concludes that while video games often are used to trap people within a limited worldview, focusing on the mechanics of video games can open a window.
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Communications is intended as a discussion forum for fresh ideas in a variety of areas, including philosophy of mind as seen from a computer science perspective.
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Recently, researchers discovered that fruit flies use a filter similar to a computer algorithm to assess the odors that help them find fruit, only the flies’ tools are more sophisticated: When a fly smells an odor, the fly needs to quickly figure out if it has smelled the odor before, to determine if the odor is new and something it should pay attention to,” says Saket Navlakha, an assistant professor in Salk’s Integrative Biology Laboratory. “In computer science, this is an important task called novelty detection. Computers use a Bloom filter for that, Navlakha, an integrative biologist, explains: When a search engine such as Google crawls the Web, it needs to know whether a website it comes across has previously Read More ›
Eric Holloway: The likely way this will turn out is they’ll realize human-in-the-loop is unavoidable for any useful system, so it’ll spin off into something like the existing field of human computation.
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