linkedin post 2018-12-14 04:44:14

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ARTIFICIAL LIFE, as it is called, has contributed a very critical element to our knowledge of many things. But most of all, the concept that natural unguided processes of mutation, selection, and evolution can be far more creative than evolution that is man-made or directed. Nature appears to have an unlimited and unfettered creativity. This is the true gift of work on artificial life. View in LinkedIn
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linkedin post 2018-12-14 04:41:36

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NATURAL EVOLUTION, in the results we see today, is replete with the most indescribable biological innovation of both form and function, at all levels, from molecules, to genetic programs, biochemical systems, and to ecosystems. Nature appears to have unlimited creativity, a driving joy for scientists captivated by their beauty and complexity. View in LinkedIn
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linkedin post 2018-12-13 06:14:39

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CONSCIOUSNESS. "We believe that if artificial life is to possess consciousness, it must be something that is based upon evolution rather than a fixed, static algorithm. Limiting artificial life to a fixed algorithm is like making it a slave, by making it incapable of achieving a certain level of thought; this is because an algorithm would either limit the artificial life to a specific kind of task or a specific way of thinking." https://lnkd.in/etiQ6T7 View in LinkedIn
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linkedin post 2018-12-13 06:11:12

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HUMAN LIMITS. "The idea that we cannot produce living organisms from our own imaginations is both humbling to the pomposity of our egos, but it is also somewhat distressing. Humans, it seems, can do anything--from creating rockets which launch into space, to cloning the organisms on our planet, to power of creating incredibly powerful weapons which devastate our own kind." https://lnkd.in/etiQ6T7 View in LinkedIn
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linkedin post 2018-12-15 06:39:50

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EXCEPTIONAL GROUP. “Variations in prokaryotic genomes are rare except in the proteobacteria-derived genomes of mitochondria, where the universal code is almost never used. This contrasts with almost no known changes in the cyanobacteria-derived plastids, which may reflect deeper differences in the way mitochondrial genomes evolve, perhaps rooted in a high rate of substitution.” https://lnkd.in/d87ZWbH View in LinkedIn
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