The reborn SFPI! Our goal is to develop and identify forms of pseudointelligence and life within TPT in the forms of PSTN bots, computing systems, genome emulators, brain architecture simulations, and anything else we (or TPT AIs we find :D) can think of
sfpi
tpte3
Comments
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The only problem is, we would have to manually code each cause/effect, which would take away from the goal of a self-adapting cell.
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That sounds good, but such a computer would take up a lot of space. It could be made to do a lot, though. For example, if the cell detected heat, it would change its genetic code (which would be switch-based [thanks, Quantech]) slightly, causing the next generation to be born with a layer of GEL inside it to protect it from heat.
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A simple 1-generation replicating cell ID:2010289
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i am thinking of using swch-based RAM to start with. Genomes would be stored and edited in the RAM
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What about 'environmental adaptation', so that it actually builds its own genetic code. That could be done by generating different values based upon the elements or conditions the organism comes into contact with. That way, you would be displaying the variation of enviromental impact upon the phenotype of the organism?
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The structure of the cell would be the genome, and would change from generation to generation through the method of duplication, like DLAY.
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aging*
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we should start thinking of media for genetic information
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@QuanTech I'm thinking of moving away from realism-based genomes, and more into particle based structures, which would effectively be the genome.
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I'm thinking of a DLAY-based agins system, which would release a bunch of BOMB to destroy the cell or something.