The decrease of the information v.s. chaos ?

AI Thread Summary
The discussion centers on the relationship between information decrease and chaos in systems, referencing a book that suggests this decrease can help define chaotic behavior. Participants express a desire for clarification on how to measure this decrease and its implications. A specific paper titled "Chaos, Complexity, and Entropy" by Michel Baranger is recommended as a resource for understanding these concepts. The conversation highlights the importance of the observer's information in determining system chaos. Overall, the thread seeks to deepen understanding of chaos theory through information theory.
xylai
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the decrease of the information v.s. chaos ??

One book about Chaos says that we can use the decrease of the information of the system to define whether the system is chaotic or not.

I don't know why and how to do it?

If you know about it, can you show it to me, or you can tell me the corresponding papers.

Thank you!
 
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xylai said:
One book about Chaos says that we can use the decrease of the information of the system to define whether the system is chaotic or not.

I don't know why and how to do it?

If you know about it, can you show it to me, or you can tell me the corresponding papers.

Thank you!

This paper explains it is as the decrease of the observer's information of the system:
Chaos, Complexity, and Entropy
A physics talk for non-physicists
Michel Baranger
http://www.necsi.org/projects/baranger/cce.pdf
 


Thank you for your developmental reply!
 


atyy said:
This paper explains it is as the decrease of the observer's information of the system:
Chaos, Complexity, and Entropy
A physics talk for non-physicists
Michel Baranger
http://www.necsi.org/projects/baranger/cce.pdf

really good stuff, thanks.

Ll.
 

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