Information Dynamics of Self-Programmable Matter
Using the simple observation that programs are identical to data, programs alter data, and thus programs alter programs, we have constructed a self-programming system based on a parallel von Neumann architecture. This system has the same fundamental property as living systems have: the ability to evolve new properties. We demonstrate how this constructive dynamical system is able to develop complex cooperative structures with adaptive responses to external perturbations. The experiments with this system are discussed with special emphasis on the relation between information theoretical measures (entropy and mutual information functions) and on the emergence of complex functional properties. Decay and scaling of long-range correlations are studied by calculation of mutual information functions.
KeywordsEntropy Convection Recombination Coherence Stein
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