Difference between revisions of "Symmetry breaking"
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Symmetry breaking is the act of injecting motivational content into a decision process, in other words, performing computation. Entropy pooling is a way to combine all information content in a physical environment to be entangled in a single [[namespace]] using an [[asymmetric]]/[[trapdoor function]]. | Symmetry breaking is the act of injecting motivational content into a decision process, in other words, performing computation. Entropy pooling is a way to combine all information content in a physical environment to be entangled in a single [[namespace]] using an [[asymmetry|asymmetric]]/[[trapdoor function]]<ref>{{:Paper/Theory and Applications of Trapdoor Functions}}</ref>. | ||
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=References= | =References= | ||
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==Related Pages== | |||
*[[logically related::Counterfactual]] | |||
[[Category:Process]] | [[Category:Process]] | ||
[[Category:Measurement]] | [[Category:Measurement]] | ||
[[Category: | [[Category:Asymmetry]] | ||
[[Category:Dual]] | [[Category:Dual]] | ||
[[Category:Invariance]] | [[Category:Invariance]] | ||
Latest revision as of 12:51, 6 April 2022
Symmetry breaking is the act of injecting motivational content into a decision process, in other words, performing computation. Entropy pooling is a way to combine all information content in a physical environment to be entangled in a single namespace using an asymmetric/trapdoor function[1].
References
- ↑ Yao, Andrew (1982). Theory and Applications of Trapdoor Functions (PDF) (Extended Abstract). local page: U.C. Berkeley. Retrieved September 1, 2021.