In this paper, we examine the interrelationships between concepts like entropy, information, complexity, order, and chaos, and explain how to generalise the second law of thermodynamics as a law of growing generalised entropy or a general law of complification using the theory of categories. This law can be applied to any morphism-based system, including our entire universe and its subsystems. We'll talk about how such a general law, as well as other natural laws, drive the history of the cosmos, including physicochemical and biological evolutions. Furthermore, we identify removing selection in physicochemical evolution as a simplified model of natural selection. By forming structures, the laws of nature do not enable complexity and entropy to reach their maximum values. They could be thought of as a kind of "breeder" of this type of selection. The growth in entropy, information, degrees of freedom, and complexity, all of which increase monotonically with regard to each other, is a measure of time's irreversibility.
Author (S) Details
George E. Mikhailovsky
Global Mind Share, Norfolk, VA 23503-1312, USA.
Alexander P. Levich
Global Mind Share, Norfolk, VA 23503-1312, USA.
View Book :- https://stm.bookpi.org/NVBS-V3/article/view/3929
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