Abstract
In systems science, entropy is considered as the unintended process that occurs when a system fails and it is measured by change in outputs over time. In the same field, the opposite notion is homeostasis, referring to a system’s ability to maintain its internal structural and functional balances. The paradox is the synergy between system maintenance and evolution. The purpose of this article is to explore the key point, during the theoretical transition of a system from the inevitable phase of entropy to the inherent phase of homeostasis, named entropoiesis, meaning the dynamic process by which a system maintains its working conditions, despite disturbances from external forces, by creating entropy to any of its components or to another system.
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