Chapter
The Connection Between Branchial Space and Quantum Mechanics Explained by Stephen Wolfram
1:23:23 - 1:29:28 (06:05)
Stephen Wolfram explains how branching universes are getting closer to mechanically explaining what happens in quantum mechanics as well as how computation in branchial space can recreate oneself as they move around the universe.
Clips
In this episode, the speaker explores the concept of time and computation as related to the theory of relativity.
1:23:23 - 1:26:43 (03:20)
Summary
In this episode, the speaker explores the concept of time and computation as related to the theory of relativity. He discusses how time runs more slowly when you use up computation to recreate yourself as you move around the universe.
ChapterThe Connection Between Branchial Space and Quantum Mechanics Explained by Stephen Wolfram
Episode#234 – Stephen Wolfram: Complexity and the Fabric of Reality
PodcastLex Fridman Podcast
The Feynman-Path-Othon-Gurl theory helps explain the movement of things in branchial space, the space of quantum phases, in a mechanically understandable way.
1:26:43 - 1:29:28 (02:44)
Summary
The Feynman-Path-Othon-Gurl theory helps explain the movement of things in branchial space, the space of quantum phases, in a mechanically understandable way. By comparing it to the theory of gravity in physical space, we can explore analogous concepts like event horizons and black holes.