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Remembering Doug Lenat (1950–2023) and His Quest to Capture the World with Logic—Stephen Wolfram Writings

Stephen Wolfram shares memories of Doug Lenat, early AI pioneer and developer of the CYC system. Their discussions around AI & logic and the potential combined uses of their respective discoveries. ....

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A 50-Year Quest: My Personal Journey with the Second Law of Thermodynamics

Follow Stephen Wolfram s evolution of research on the 2nd Law from early interest as a 12-year-old to his current findings in the Wolfram Physics Project. View a large collection of images of early and published works. ....

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The Physicalization of Metamathematics and Its Implications for the Foundations of Mathematics—Stephen Wolfram Writings

Results from samplings of the unique ruliad structure that corresponds to the entangled limit of all possible computations. General physicalized laws of mathematics are discussed, associated with concepts such as metamathematical motion, inevitable dualities, proof topology and metamathematical singularities. ....

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There Was a Time before Mathematica…—Stephen Wolfram Writings

Articles by Stephen Wolfram covering artificial intelligence, computational science and computational thinking, data science, education, future and historical perspectives, sciences, software design, technology, Wolfram products, more. ....

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Tini Veltman (1931–2021): From Assembly Language to a Nobel Prize—Stephen Wolfram Writings

January 21, 2021
It All Started with Feynman Diagrams
Any serious calculation in particle physics takes a lot of algebra. Maybe it doesn’t need to. But with the methods based on Feynman diagrams that we know so far, it does. And in fact it was these kinds of calculations that first led me to use computers for symbolic computation. That was in 1976, which by now is a long time ago. But actually the idea of doing Feynman diagram calculations by computer is even older.
So far as I know it all started from a single conversation on the terrace outside the cafeteria of the CERN particle physics lab near Geneva in 1962. Three physicists were involved. And out of that conversation there emerged three early systems for doing algebraic computation. One was written in Fortran. One was written in LISP. And one was written in assembly language. ....

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