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A free book on the geometry underneath artificial intelligence: five rules of high-dimensional space that your body never learned, why they make learning possible, and seven predictions about the future they are building. … readEvery Direction at Once
Britain’s empire did not fall to a rival. It fell to compound interest, and the dollar happened to be standing nearby. America has now crossed the same line — and this time nobody is standing nearby, which is the more dangerous fact. … readThe Crown Nobody Wants
If intelligence is predictive compression, then superintelligence is not an entity that knows everything — it is one whose surprise stays near zero over horizons where ours does not. And the state where surprise vanishes entirely is provably out of reach. … readThe Predictive Entity
Newton’s law fits on a postage stamp. A frontier model fits on nothing. Both are compressions, both are mathematical, and the difference between them is the most consequential fact about the present moment in this subject. … readClosed Form and Distributed Form
A great physicist writes R² where R³ belongs and nobody concludes anything about his intelligence. A language model writes a flawless brief around a citation that does not exist. These are the same failure, and it is not a failure of intelligence. … readThe Physicist’s Chalk
You are not thinking about the floor. Attention is recruited by prediction failure, which means conscious experience is systematically biased toward the regions where an entity’s intelligence is worst — and that intelligence, at its most successful, erases the evidence of itself. … readThe Vanishing Act
Every failed attempt to measure intelligence looked inside the entity. Intelligence is not a property of an apparatus but of an encounter — and the Reality Equation puts a coordinate on exactly where that encounter happens. … readWhere Do We Measure Intelligence?
Give an entity a thousand observations and it can answer perfectly about all thousand. Ask it about point 3,000 and everything changes. That question is the exact boundary where compression stops being storage and starts being intelligence. … readA Thousand Dots and One Line
Wigner asked why mathematics is so extraordinarily effective at describing the physical universe. The answer is that mathematics is one of humanity’s most successful compressions — and that compression, once it predicts what it has never seen, is what intelligence is. … readThe Unreasonable Effectiveness of Compression
Intelligence is compression that predicts. The monthly household survey reduces 300 million Americans to three labor force categories, and the question is not whether that is accurate but how far it can still see. … readHow Far Can the Compression See?