Epstein Secrets

: The New Science of Cause and Effect. As a former physicist, I was extremely interested in cybernetics. Though it did not utilize the full power of Turing Machines, it was highly transparent, perhaps because it was founded on classical control theory and information theory. We are losing this transparency now, w

way it was with the atomic bomb,” said J. Robert Oppenheimer. His words were echoed recently by Geoffrey Hinto

and do it and you argue about what to do about it only after you have had your technical success. That is the way it was with the atomic bomb,” said J. Robert Oppenheimer. His words were echoed recently by Geoffrey Hinton, arguably the inventor of deep learning, in the context of AI risk: “I could give you the usual ar

: The New Science of Cause and Effect. As a former physicist, I was extremely interested in cybernetics. Though it did not utilize the full power of Turing Machines, it was highly transparent, perhaps because it was founded on classical control theory and information theory. We are losing this transparency now, w

way it was with the atomic bomb,” said J. Robert Oppenheimer. His words were echoed recently by Geoffrey Hinto

and do it and you argue about what to do about it only after you have had your technical success. That is the way it was with the atomic bomb,” said J. Robert Oppenheimer. His words were echoed recently by Geoffrey Hinton, arguably the inventor of deep learning, in the context of AI risk: “I could give you the usual ar

brains conceptually, formally, might work—an artificial neural network. They saw that their brainlike model would do computations in the same way as Turing Machines. From their work, it emerged that we could make brainlike neural networks that would act as general computers. And in fact, the practical work done b

hington, Connecticut, meeting he discussed the Cold War tension between engineers (like Wiener) and the administrators of the Manhattan Project (like Oppenheimer: “When [Wiener] warns about the dangers of cybernetics, in part he’s trying to compete against the kind of portentous language that people like Oppen

brains conceptually, formally, might work—an artificial neural network. They saw that their brainlike model would do computations in the same way as Turing Machines. From their work, it emerged that we could make brainlike neural networks that would act as general computers. And in fact, the practical work done b

hington, Connecticut, meeting he discussed the Cold War tension between engineers (like Wiener) and the administrators of the Manhattan Project (like Oppenheimer: “When [Wiener] warns about the dangers of cybernetics, in part he’s trying to compete against the kind of portentous language that people like Oppen