File:Operator hierarchy blue path.gif
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[edit]DescriptionOperator hierarchy blue path.gif |
English: The operator hierarchy: the evolution of particles and organisms. A general timeline for evolution. The dark line shows the historical pathway by which first-next possible closures created the operators. The gray columns indicate systems resulting from first-next possible closure that are not operators. Explanation of abbreviations: SAE ('Structural Auto Evolution’) = the property of an operator to autonomously evolve the structure that carries its information. SCI (‘Structural Copying of Information’) = the property of an operator to autonomously copy its information (genes, learned knowledge) by simply copying part of its structure. HMI (Hypercycle Mediating interface) = a closure creates an interface that mediates the functioning of the hypercycle. Multi-state = operator showing first-next possible closure between multiple units of exactly one lower closure level. Hypercycle = first-next possible closure based on emergent, second-order recurrent interactions. Interface = first-next possible closure creating an emergent limit to an operator. CALM (Categorizing And Learning Module) = a minimum neural memory (Gerard Jagers op Akkerhuis). |
Date | |
Source | {{the grey version of this graph is published at Jagers op Akkerhuis G.A.J.M. (2008). Analysing hierarchy in the organisation of biological and physical systems. Biological reviews 83: 1-12 . A color version can be found at page 240 of my thesis Jagers op Akkerhuis, G.A.J.M. (2010). The operator hierarchy : a chain of closures linking matter, life and artificial intelligence. PhD thesis Radboud university Nijmegen, the Netherlands: 286 pp.}} |
Author | Jager008 |
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Date/Time | Thumbnail | Dimensions | User | Comment | |
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current | 20:49, 8 January 2011 | 763 × 601 (36 KB) | Jager008 (talk | contribs) | smaller | |
20:37, 8 January 2011 | 763 × 601 (32 KB) | Jager008 (talk | contribs) | {{Information |Description={{en|1=The operator hierarchy: evolution of the operators. The dark line shows the historical pathway by which first-next possible closures created the operators. The gray columns indicate systems resulting from first-next possi |
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