Patent CA-2636394-A1 (CA)
Inventor: VOON GERARD
IPC: G99Z99/00
Filed: 2008-08-01
Abstract: We are creating entire city regions (neighbourhoods/high rises and/or compounds/districts) Area networks based on quantum teleportation... The network will be connected/served by a highway (since teleportation presently only works within a certain distance), of many (to ensure large capacity for speed even if high traffic), of fiber optic cables, between teleportation congregation nodes that lead/point in the direction of the another city's congregation node therefore the distance between the congregation nodes of the two cities is connected by a large bundle of fiber optics, where traffic is high, and/or expensive and also in anticipation of growth of internet and also Gerrad Voon's patented multidimensional internet.   We could have a shared Wall sized Multiple screens Virtual Reality (multidimensional) rooms where each user (whether hooked up by Neural Links/key board/  glove/joystick...) is allotted a separate mini screen that can be modified to line above/below and/or either/or both sides of the shared working space. The mini screen allows each user their own separate working space to make their own document and/or cruise/browse the internet.   If there were a pattern of degradation over time/distance and/or rate of distance travelled per time. And if this pattern were the same perhaps we could extrapolate such a phenomenon, and we could then compensate for the degradation and get the correct signals from the quantum teleportation.     What we could do to keep the communications strong over long distances is:   6. FASTEST COMMUNICATIONS, that use quantum entanglement, whereby when we push the quantum teleportation as far as we can, whereby we can extrapolate the deteriorated information... 7. We can also optionally send a secondary (or even 4 more) - simultaneously (just like the first quantum entanglement above) with the same information to the same place that we can, create a secondary communication whereby after much testing we could determine the shared parts (of the entanglement communications) that deteriorate given the distance, time apart and building blocks of input (eg. type of atom, electron, strength/stability of spin...and/or photons used) and the corresponding deterioration rate. For random errors the communications messages; from both 1. and 2. are overlaid to identify differences. 8. We could also create node relay networks including dividing the distance of major internet user (high density to high density) areas that break up the distance between long distant nodes into smaller distances by starting a new entanglement at each relay station... 9. We could also use satellite to cover the longer distances. 10. And also optionally a slower (fiber optic cables), secondary duplicate of the original communications message (that can be ordered by the Users at the other end if they find some of the communications message unclear and suspect many and large mistakes (whereby after much testing of quantum entanglement over the long distance required, we could determine the shared parts (of the entanglement communications) that deteriorate given the distance, time apart and building blocks of input (eg. type of atom, electron, strength/stability of spin...and/or photons used) and the corresponding deterioration rate (and the deterioration cannot be extrapolated;  predicted, but rather is random and therefore cannot be cleaned up by clean up software/Artificial Intelligence/computer algorithm) - except in this case unlike 1. and 2. above; for 3. the medium of passage is by fiber optic cables (possibly with relays (An .3%)) which are slower but the communications message does not deteriorate.  The purpose of the 3 step strategy above is that when speed is needed over long distances, (1. above) quantum entanglement can be used from which at the far end the receivers get the most of the communications message, and then if they suspect many errors can order a later communications via slower fiber optic for later more correct study without and file corruption and missing pieces. The fiber optic step might even be eliminated (redundant) if the receiver has an adequate (and based on expertise and the type/place/scale relative to document of information) that they are looking for suffices.