Authors: Harry Fitié
The model of the universe is defined as an isolated system. It is represented by a coherent, directed, random network. The network consists of nodes, connections and a demiurge who randomly modifies these connections according to the urns model. We show that is possible to manipulate the entropy in this isolated system by changing the protocol by which the demiurge modifies connections. Two protocols result in expansion with increasing entropy. Four protocols result in contraction with decreasing entropy. A combination of these protocols results in a cyclic universe. What is further demonstrated is that - in spite of the random behavior of the demiurge - there is a form of self-organization in the network. The structure of the expansion protocols triggers the so called Matthew Effect. Even at a level of maximum entropy the network is relatively more populated by complex structures (measured by the number of connections) than by simple ones. Finally, it is shown that a state of "omniscience" is impossible. The information content of the model universe is much lower than the information that is needed to describe its state. Within this universe an entity that is omniscient cannot occur.
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[v1] 2015-06-16 13:06:33
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