Chapter
The Evolution of Wolfram Language
3:06:10 - 3:11:47 (05:36)
Stephen Wolfram discusses the evolution of Wolfram Language, starting from its early days in the 1980s, its growth into different capabilities, and its present-day status as a language for multi-computation.
Clips
Stephen Wolfram explains his idea behind symbolic expressions and transformation rules for computation using the example of Wolfram Language, which is based on the same principles.
3:06:10 - 3:08:27 (02:16)
Summary
Stephen Wolfram explains his idea behind symbolic expressions and transformation rules for computation using the example of Wolfram Language, which is based on the same principles. However, he admits that he was lucky to comprehend little about the potential failure of this model during its inception.
ChapterThe Evolution of Wolfram Language
Episode#234 – Stephen Wolfram: Complexity and the Fabric of Reality
PodcastLex Fridman Podcast
This episode explores the question of how the universe is evaluated through algorithms and computation, exemplified by the Fibonacci sequence, and discusses the different ways of approaching multi-computation.
3:08:27 - 3:09:49 (01:21)
Summary
This episode explores the question of how the universe is evaluated through algorithms and computation, exemplified by the Fibonacci sequence, and discusses the different ways of approaching multi-computation.
ChapterThe Evolution of Wolfram Language
Episode#234 – Stephen Wolfram: Complexity and the Fabric of Reality
PodcastLex Fridman Podcast
The theory of distributed consensus and causal invariance can help understand how the knitted-together economic space works through autonomous events in different paths of history.
3:09:49 - 3:11:47 (01:58)
Summary
The theory of distributed consensus and causal invariance can help understand how the knitted-together economic space works through autonomous events in different paths of history.