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//ahortsightendess// is a terrible affliction. |
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Howevertheless, the gas cloud will have to be exceptionally well controlled if it is to maintain the negative refractive power needed to correct shortsightedness. Can I suggest that a low-density gas be used instead, so that a roughly spherical gas cloud can be used? |
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Its a dynamic gas stream so as long as it is turbulently manipulated it can dispoerse as fast as it likes so long as there is replenishment on hand. |
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Quite so and very much indeed. But my point was that shortsightedness needs a negative lens to correct it. So either you have to maintain a concave gas cloud, or you need a gas with a refractive index lower than that of air. |
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Maybe two gas streams one heavier and one lighter could be more refractive.And easier to manipulate. |
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I was thinking about shaping a stream of gas and wondered if it would be easier to make a stream diverge or converge, and therefore if a convex or concave volume of gas would be easier to maintain. |
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At some point it becomes simpler just to walk up to things. |
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The jets should push things you're looking at further away if they're too close for far-sighted people, and pull them in nearer if they're too far away for near-sighted people. |
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The real trick is figuring out when you're not looking at them anymore and putting them back where they belong. |
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Presumably this gas is safe to breathe, harmless to
the ozone layer, smells roughly of lilac or cinnamon,
nonexplosive/noncombustible, and doesn't sink
immediately to the floor when suspended in
nitrogen/oxygen gas mixes? |
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The only way I can think of to make this work is to create a stable vortex ring of gas, with the observer to be within the gaseous column looking out through a cross section slice of toric lens with the focal point determined by the observers' proximity to the inner radius. (+( )+) |
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