Evolution of Order - An Application of Stable Parallel Looped Networks

The infinite family of physical and chemical systems called stable parallel looped (SPL) networks was shown to have self-replicating and other interesting properties. These SPL systems can be constructed with arbitrary and increasing complexity while guaranteeing overall stability for a sufficiently long time. In this paper, I show that using a collection of special SPL systems called active material-energy looped systems we can create order from disorder reliably, iteratively and naturally. The resulting SPL systems provide a new theoretical framework to explain the creation of order, necessary for the origin of life.

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