Are Nanobots Affected by Quantum Physics?

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Nanobots, due to their small size, operate in a realm where both classical and quantum physics principles can influence their behavior. They are typically micron-sized, which places them in a unique position where macro rules like gravity are negligible, yet quantum effects do not fully dominate. This size range means that while contact forces are significant, quantum phenomena such as non-localization and confined energy states are not the primary factors at play. The discussion highlights the complexity of nanobot design and functionality, emphasizing that they do not fit neatly into either classical or quantum categories. Understanding this interplay is crucial for future advancements in nanotechnology.
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I don't know if this question is stupid, but i am curious

Since the nanobots are so small, will they follow or getting affect by the rules of quantum physics?
 
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There are no such things as general purpose nanobots, and I'd expect that any actualized nanobots would be micron-sized (why? that's the best that nature has done, and she's been at this much longer than we have). Consequently, they're at the size where the macro rules no longer completely apply (gravity is negligible, contact forces are massive), but not quite small enough such that the quantum rules dominate (non-localization, confined energy states, etc.)
 
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