Stephen Wolfram Keynote
summary
Demonstrates a live Wolfram Language notebook with 7000 built-in primitives, pushes a cloud-published notebook and an API/form, builds a classifier from 1,000 MNIST samples and successfully labels a digit, and shows edge-detection, graph layouts and geo traveling-salesman routes all working interactively. Shows a working Clojure→Wolfram link (clojuratica successor) exposing WL names in Clojure. Argues physics as hypergraph rewrites (space ≈ 10^400 atoms), claims rule 30/110 give complexity and universality, and estimates matter computations are ~1 in 10^120 of total activity.
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chapters (22)
- 0:00Start
- 1:05Stephen Wolfram
- 4:50Computational Language
- 17:56Symbolic Expressions
- 28:54Geometry
- 32:32Audio Capture
- 35:17Things Can You Do with the Wolfram Engine
- 46:21Basic Science
- 47:48Cellular Automata
- 54:28The Principle of Computational Equivalence
- 58:25What's the Universe Made of
- 59:22Discrete Elements
- 1:04:10The Causal Relationship between Updating Events
- 1:04:45Causal Invariance
- 1:06:49String Rewriting System
- 1:07:21Possible Reference Frames
- 1:12:45Multi-Way Graph
- 1:12:56Multi-Way Causal Graph
- 1:13:14Quantum Mechanics
- 1:14:39Branchial Graph
- 1:22:09A Physicalized Model of Metamathematics
- 1:24:37Multi-Computation
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