Abstract

Electronics can be defined as electromagnetic technology dealing with information, and meta-electronics as a field encompassing all the synergistic technologies in which electronics plays a dominant role. Examining the broad field corresponding to this definition we realize that its history starts some seventy years earlier than the customarily accepted birth of electronics, and, what is more significant, that electronics undergoes a true evolution. This new evolution creates rich, diverse structures similar to those created by the biological evolution. Like biology, electronics is non-teleological, which allows for its unlimited evolutionary development. We propose electronic analogies of all essential biological categories, at all levels: population, speciation, common ancestor, phenotype, extended phenotype, co-evolution, convergent evolution, evolutionary arms race, extinction and mass extinction, hierarchical levels, generative entrenchment, genes, alleles, genome, genetic pool, recombination, mutation, genetic drift, lateral gene transfer, etc. The evolutionary algorithm operating in electronics, like a Darwinian one, includes variation within a population of device models, heredity, natural selection, and a form of selection based on aesthetics and fashion which resembles sexual selection. Algorithm is especially similar to artificial selection, thus possessing directionality in the variational part. Electronic development is orders of magnitude faster than biological, accelerated by that directionality and by other distinct, identifiable mechanisms. Speciation in electronics, as in biology, is best represented on a phylogenetic tree, which starts from a common ancestor, but lately exhibits a unification trend. If continued, this trend may lead to the appearance of a common descendant absent in biology. Our analysis may explain emerging anti-social aspects of electronics and our conclusions add new urgency to recent concerns with unchecked development of Artificial Intelligence.