| Invisibility
Cloak Machine : Diagram |
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| www.poseidons.net | 8
January 2008 |
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(A)
The science is simple: project the light that hits one side onto the
other side. (B & C) Build many of these into a cloth-like lattice. (D) Red is light arriving, (E) blue is the projected light. Green is the electronic signal. (I) Shows that the circuitry needs to be squashed out of the way to protect the invisible area. (F,G,H) This is a similar concept built around the notion of a universal reflector, perhaps using fibre optics instead of circuitry. The problem is that squashing the fibre may result in a weaker light source, and it may need to be boosted somehow. However, light is hardly substantial and uses very little space. Perhaps the universal reflector is the simplest solution when one considers the lightness of light. |
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Original
theory on invisibility cloaks (2006 July) |
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