Chapter
Understanding Chemical Reactions like Computational Processes
2:45:13 - 2:51:29 (06:15)
Chemical reactions can be thought of as computational processes where the input is the starting chemical, and the output is the desired end product. The goal is to piece together a sequence of name reactions to achieve the desired molecule just like in computer programming.
Clips
This podcast discusses how chemical reactions, or name reactions, are the fundamental building blocks of chemical synthesis, and how they can be pieced together to create complex molecules.
2:45:13 - 2:47:23 (02:09)
Summary
This podcast discusses how chemical reactions, or name reactions, are the fundamental building blocks of chemical synthesis, and how they can be pieced together to create complex molecules.
ChapterUnderstanding Chemical Reactions like Computational Processes
Episode#234 – Stephen Wolfram: Complexity and the Fabric of Reality
PodcastLex Fridman Podcast
Token event graphs are used to break down a state into tokens and understand the asynchronous chemical reactions in multicomputation.
2:47:23 - 2:49:24 (02:01)
Summary
Token event graphs are used to break down a state into tokens and understand the asynchronous chemical reactions in multicomputation. This theory requires the selection of a specific subtype of chemistry for practical application.
ChapterUnderstanding Chemical Reactions like Computational Processes
Episode#234 – Stephen Wolfram: Complexity and the Fabric of Reality
PodcastLex Fridman Podcast
The speaker discusses how we can analyze the network of possible reactions in chemistry and computation and how we can solve differential equations to represent the concentrations at every stage.
2:49:24 - 2:51:29 (02:04)
Summary
The speaker discusses how we can analyze the network of possible reactions in chemistry and computation and how we can solve differential equations to represent the concentrations at every stage.