Difference between revisions of "Symmetry-breaking"
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Symmetry-breaking has to do with [[information erasure|erasing information]], or making decisions in a [[classical computing]] environment([[entropy]] increase). The [[Maxwell's demon]] ([[MxD]]) can be considered as a symmetry-breaking device. To learn more about [[MxD]], please try to read the book:Theory of Heat<ref>{{:BOOK/Theory of Heat}}</ref> by [[James Maxwell]]. | Symmetry-breaking has to do with [[information erasure|erasing information]], or making decisions in a [[classical computing]] environment([[entropy]] increase). The [[Maxwell's demon]] ([[MxD]]) can be considered as a symmetry-breaking device. To learn more about [[MxD]], please try to read the book:Theory of Heat<ref>{{:BOOK/Theory of Heat}}</ref> by [[James Maxwell]]. | ||
=MxD as a Symmetry-breaking | =MxD as a Symmetry-breaking device= | ||
MxD as a [[universal component]] adheres to the principle of composition, to be followed in the design and implementation of [[PKC]]. MxD is a function with two chambers, each of them can be composed of other MxDs. This also matches the pattern of how Boolean functions can be composed of a <math>\lambda</math> function with two input arguments, where each argument is a space holder for other <math>\lambda</math> functions. This idea can be implemented in JavaScript, and can also be shown using the [[hyperlink]] and [[transclusion]] features of MediaWiki. | MxD as a [[universal component]] adheres to the principle of composition, to be followed in the design and implementation of [[PKC]]. MxD is a function with two chambers, each of them can be composed of other MxDs. This also matches the pattern of how Boolean functions can be composed of a <math>\lambda</math> function with two input arguments, where each argument is a space holder for other <math>\lambda</math> functions. This idea can be implemented in JavaScript, and can also be shown using the [[hyperlink]] and [[transclusion]] features of MediaWiki. | ||
Revision as of 14:51, 6 August 2021
Symmetry-breaking has to do with erasing information, or making decisions in a classical computing environment(entropy increase). The Maxwell's demon (MxD) can be considered as a symmetry-breaking device. To learn more about MxD, please try to read the book:Theory of Heat[1] by James Maxwell.
MxD as a Symmetry-breaking device
MxD as a universal component adheres to the principle of composition, to be followed in the design and implementation of PKC. MxD is a function with two chambers, each of them can be composed of other MxDs. This also matches the pattern of how Boolean functions can be composed of a function with two input arguments, where each argument is a space holder for other functions. This idea can be implemented in JavaScript, and can also be shown using the hyperlink and transclusion features of MediaWiki.
References
- ↑ Maxwell, James (1871). Theory of Heat (PDF). local page: Longmans, Gree and Co.