The concept of knowledge involves those domains where an order has been established. Order was created by prevalent, repetitive stimuli acting on articulated structures located within the domain. These stimuli can be of different nature, for example astronomical, biological or climatic. Within a domain the prevalence of environmental stimulation generates only certain aggregated, integrated structures and not others. In the domain where man is confined (as well as in other domains), order springs out of the initial chaos of the universe. A model is herein proposed for the process generating order from disorder and the boundaries for the structure state classification when a pre-defined resolving power is adopted are outlined.
Fazio, G., Evangelisti, C., Longo, D., Muzi, F., Sacerdoti, G. (2009). Structure evolution: from chaos to ordered states. In Recent advances in energy and environment - proceedings of the 4th iasme/wseas international conference on energy and environment(EE'09) (pp.352-356). Athens : World Scientific and Engineering ACAD and SOC.
Structure evolution: from chaos to ordered states
FAZIO, GIUSEPPE;
2009-01-01
Abstract
The concept of knowledge involves those domains where an order has been established. Order was created by prevalent, repetitive stimuli acting on articulated structures located within the domain. These stimuli can be of different nature, for example astronomical, biological or climatic. Within a domain the prevalence of environmental stimulation generates only certain aggregated, integrated structures and not others. In the domain where man is confined (as well as in other domains), order springs out of the initial chaos of the universe. A model is herein proposed for the process generating order from disorder and the boundaries for the structure state classification when a pre-defined resolving power is adopted are outlined.File | Dimensione | Formato | |
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