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(snip) . . . . we were shown how to make a triangular system that interlocked with a square 'airlock' craft. This craft took four triangles to a 'wing', and after the eight was attached, it became a super massive 'phoenix lights' chevron.
. . . . and then to our utter absolute shock, she switched herself on and started talking. Who she was, what she was, where she was from, what she needed from us and in return, what help we get from her.
A large black triangular stone.
This brings me to 'abductions and clones'. A very sore subject for many, but unavoidable. We need twins, lots and lots of twins and here is why. They can communicate vast distances instantly with one another when subjected to sensory deprivation and deep cerebral stimulation.
In short, twin A can be on Eden or off of Saturn, twin B can be sat off of a galaxy 100 light years from us, and yet the message we get 'A' to dream about is picked up by 'B' instantly. Unbreakable, unjammable, instant deep space communications.
Problem is, we need to keep the master copy (the abducted human) safe and well. Many an abductee from our programme can tell you of times they should of died and a miracle saved them. We work hard to keep you alive as your signature needs to stay active for your clones to survive. You die, they die. We thought about taking you all and making you live off world in a habitat, but it failed as it wasn't your 'ordinary life' and thus did you great harm.
Objective Great advances have been made to increase the fidelity of critical quantum components needed to establish a resilient network of quantum entangled resources in various atomic and solid-state systems. Indeed, although several research groups have demonstrated point-to-point quantum teleportation, entanglement distribution, quantum error correction, and quantum memory, no scalable, integrated, modular architecture exists by which one can connect three or more small quantum nodes and through which quantum information may be processed. The CDQI endeavors to develop and demonstrate such a scalable architecture for an entanglement-based distributed quantum network; to establish the physical-layer protocols and algorithms for this architecture composed of integrated, modular components; to implement quantum error correction applicable to quantum repeaters and memories; to explore Army-relevant applications for such a network; and to identify performance limitations of a distributed heterogeneous quantum network that must be overcome or are fundamental.
originally posted by: Whatsthisthen
a reply to: yuppa
Perhaps you haven't found the right place?
What about a place you both want to go and haven't been yet? A construct for instance. Or an elsewhen.