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Cake day: June 13th, 2023

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    • Compression algorithms can reduce most written text to about 20–25% of its original size—implying that that’s the amount of actual unique information it contains, while the rest is predictable filler.

    • Empirical studies have found that chimps and human infants, when looking at test patterns, will ignore patterns that are too predictable or too unpredictable—with the sweet spot for maximizing attention being patterns that are about 80% predictable.

    • AI researchers have found that generating new text by predicting the most likely continuation of the given input results in text that sounds monotonous and obviously robotic. Through trial and error, they found that, instead of choosing the most likely result, choosing one with around an 80% likelihood threshold produces results judged most interesting and human-like.

    The point being: AI has stumbled on a method of mimicking the presence of meaning by imitating the ratio of novelty to predictability that characterizes real human thought. But we know that the actual content of that novelty is randomly chosen, rather than being a deliberate message.










  • Rather than starting from scratch, would it make more sense to make an ActivityPub plugin for the open-source MediaWiki software Wikipedia runs on? MediaWiki already has some “interwiki” functionality that such a plugin could expand on, and you’d have the advantage of being able to fork content from WP and other MW projects without having to re-format it. Plus you’d be able to leverage other MW plugins—Semantic MediaWiki in particular could add a lot of useful functionality to federated wikis, like articles that could query and aggregate information from other federated articles rather than just linking to the text.


  • If it’s in low earth orbit as described, it would mostly be intercepting sunlight that would hit the earth’s surface anyway (although she also says it could collect light 24 hours a day, which would imply a much higher orbit).

    But solar panels only convert a fraction of the incident light into usable power—most of it is re-radiated as waste heat. In that respect an orbital array would heat the earth less than a surface array, whose waste heat is trapped by the atmosphere. (And either one would heat the earth less than burning fossil fuels.)