Mary Shelley, upon pondering complexity theory, invented reservoir computing, but I think she got her Nobel price for biotech, if I remember that right :)https://twitter.com/brainpicker/status/1013422481728827392 …
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Replying to @RitaJKing
If you set up a randomly linked neural network, it may produce so much complex activity that the solutions to many problems are already hidden in it if you find out where to look. The highest complexity is to be found at the boundary where regularity devolves into chaos.
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Replying to @RitaJKing
There is nothing that would impose order on the writing of the monkeys. All interesting structure evolves over constraints.
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Replying to @Plinz
That makes sense but I'm still not following your initial tweet.
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Replying to @RitaJKing
Creativity is the jumping of discontinuities of a search space, so we gain a radically new perspective, a new model of the world. Shelley is right: that does not happen by conjuring the void, but by staring into chaos until a new pattern emerges. Reservoir computing does that too
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The tweet made no sense without the idea that complexity exists at the border to chaos, the reservoir computing concept, and various nobelists who just went through my mind because they got famous for something that was not their biggest insight
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