Do you think this kind of DNA machines could be used to create a nanotech serevomechanism and somehow finding a way to control this to fabricate with a dna based "punchcard" so to speak? In the past the first CNC machines were made using a computer and a servomechanism with a tool attached. If we could at least get a servomechanism that is nanoscale, and be able to have it perform fabrication, then we would be another step closer to eventually making a nanotech fabricator that can be controlled by a computer to create any nanotech object. This could also lead to further advancements in nanotech such as making nanobots that operate in clusters and are capable of being controlled with AI to perform nanoscale operations with precision and accuracy.
Do you think this kind of DNA machines could be used to create a nanotech serevomechanism and somehow finding a way to control this to fabricate with a dna based "punchcard" so to speak? In the past the first CNC machines were made using a computer and a servomechanism with a tool attached. If we could at least get a servomechanism that is nanoscale, and be able to have it perform fabrication, then we would be another step closer to eventually making a nanotech fabricator that can be controlled by a computer to create any nanotech object. This could also lead to further advancements in nanotech such as making nanobots that operate in clusters and are capable of being controlled with AI to perform nanoscale operations with precision and accuracy.
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