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Invisibility

_AMDG_ | PRO | 09/19/14 06:24:44 PM UTC | 0 ⭐ | 652 👁️ | Never ⏰ | []
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True black is not a color. It is absence of light. If there is no light to reflect off of something, then it turns the "color" black. So in reality, without light, everything is actually black.
 Here is where things get kinda creepy. Technically, if no light can bounce off of an object, we should be able to see through it right? But we can't! Which leads me to another theory, that nothing isn't nothing, which is already a theory from VSL, I know, but leads to a theory that the nothing is the opposite of something, so therefore the black is the opposite of light.
 This may sound confusing, or if it makes sense to you, trivial. Why is this so relevant? Because if we could find something that does not reflect light, but is not the opposite of light, then we can see through it! It's just like glass. Glass is this sort of thing. If you look at grains of sand, or silica, or the side of a glass pane for that matter, it's not transparent. Looking straight through the glass though, you can see everything behind it. So what does it take for something to become transparent, and not black?
 Colors come about when light particles hit atoms and the atom absorbs the light and reflects its own light from that. When light hits glass, its a chain reaction of one atom/molecule to the next. It keeps sending the same "data", the same light. Though glass isn't entirely transparent. It absorbs some light, so it gives the look of everything behind it a sort of tinted green. Since all energy can be converted, we can apply this to anything.
 A better way to understand it is how an atomic bomb works. Splitting a radioactive element causes the other atoms to keep splitting in a chain reaction and then you get enormous amounts of energy.
 You would think nuclear power plants did some crazy method of conversion to energy, but it simply heats water and now you have hot water, or you could see it as the radiation has been transferred to water, as heat energy, and then that energy can be converted to electrical, or any other energy you want.
 An even better way to model this is a video within a video within a video. Have you ever noticed if you have a video going into the same video, the center has a smaller video, with a camera that is doing a video of the same camera, extending into infinite layers of the video? Or perhaps when One mirror looks into another mirror and you get a ton of mirrors forever extending inside that one? That is the general theory of this.
 So to wrap it up, I would just like to say, we don't have the technology yet, but if you could control every atom in an object and tell it to give the same light energy all the way to the front that would work. It would also work if the atoms are going through a loosely dense object and you guide the light through it's cracks, it should be *almost* transparent.

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