I got truly creative whilst at LCC the other day. I got really bored of the class I was in, so I started drawing. Ironically, I was learning what I was drawing. Then it definitely dawned on me. It was as if I was becoming a mad Danish scientist. I drew what I thought would be something trivial; it ended up being nanotech. And it was amazing, although that would be a total understatement. I drew rings. Each one was extremely small. The innermost was a block. On the outside, was a "vacuum" which consisted of an enclosed space which was surrounded. The block was 5nm across. The first outer wall was 10nm, while the next was 15nm. And so on, each consecutive wall would become 5nm larger. Well, actually the spaces between rings would become larger while the rings would get thicker. The first, smallest space I think was 1nm across. Each next space was twice as large, and had it's own air, which was in fact, as I like to call it, a "Micro atmosphere", or microscopic atmosphere, because inside each ring was a pocket of air which filled the whole space and was extremely controlled. The smallest of the space had CO2 concentration of 90,0000ppm, while each next one had 2 times less. Meanwhile, while the CO2 concentration gets smaller, the amount of other gas increases four fold (still not sure about what other gas to use), from 100ppm, to 400ppm, 25600ppm, and so on. Also, there is ionized substance inside consisting of PhP, which has a concentration equaling that of the second gas. Until, of course, the two reach "equilibrium", or in other words, when the amount of one equals the other. Then the whole entire idea started off like nobody's business. In fact, it kept becoming more of what I was hoping for. I was beginning to get creative. Of course, right now the idea may not make sense to you, and it doesn't make much sense to me neither. However, if we had the right levels of tech, we could manipulate the whole "device" so that it adapts to change in the external environment. For instance, we could create shafts in between each ring, which would act as a "quantum portal". Not sure what we could achieve with that just yet. However, another interesting idea would be to create "magic" with this by programming (is that the right word?) the rings to manipulate their thickness so that well, (I don't know). What are your ideas?
How about if we could make something like this much smaller than initially, and create it...at (literally) the quantum level? We could then apply a new set of equations into the whole thing, and the physics behind all of this would differ. I'm afraid, however, that the physics involved with such a contraption would simply be just that...imaginative. And that the physics would actually not agree, because my imaginative power trumps over, and goes above & beyond, what's possible. Ambition is exactly what drives my ideas, yet ambition is sadly too much for science to handle...
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