MIT Creates Quantum Teleportation Device
Are they already using this technology? An army that teleports to it's destination? by Dave Murphy ISSN 1535-3613 The Department of Defense announced Monday that research scientists at the Massachusetts Institution of Technology have successfully tested the first quantum teleportation. Two white mice, weighing between 87 and 90 grams each, received clear bills of health after they were simultaneously converted to photons of light and then transported 13.7 meters through a hydrogen gas tube. They were interstitially reconstituted within 10 seconds and exhibited physical movement 17 seconds later. Dr. Richard Heisenberg directed the initial experiments and was present for the successful test, conducted in the presence of media and peer review committees. Many of the MIT team members were uncertain if the animals would actually survive the proton-hydrogen transport. Much of the scientists incertitude began with Werner Heisenberg, Richard's namesake, who was the first scientist to realize that certain pairs of measurements have an intrinsic uncertainty associated with them. For instance, if you have a very good idea of where something is located, then, to a certain degree, you must have a poor idea of how fast it is moving or in what direction. Now referred to as the Heisenberg Uncertainty Principle, in effect, the principle states that within the principles of quantum mechanics one can't measure both the direction and speed of a moving object. The Defense Department project at MIT will eventually be used to create battlefield teleportation devices that will enable soldiers to transport using quantum-based interstitial conversion. Experts report that this device, should it prove safe and reliable for human travel, would replace traditional battlefield vehicles, including ground-based and airborne assets.
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Are they already using this technology? An army that teleports to it's destination? by Dave Murphy ISSN 1535-3613 The Department of Defense announced Monday that research scientists at the Massachusetts Institution of Technology have successfully tested the first quantum teleportation. Two white mice, weighing between 87 and 90 grams each, received clear bills of health after they were simultaneously converted to photons of light and then transported 13.7 meters through a hydrogen gas tube. They were interstitially reconstituted within 10 seconds and exhibited physical movement 17 seconds later. Dr. Richard Heisenberg directed the initial experiments and was present for the successful test, conducted in the presence of media and peer review committees. Many of the MIT team members were uncertain if the animals would actually survive the proton-hydrogen transport. Much of the scientists incertitude began with Werner Heisenberg, Richard's namesake, who was the first scientist to realize that certain pairs of measurements have an intrinsic uncertainty associated with them. For instance, if you have a very good idea of where something is located, then, to a certain degree, you must have a poor idea of how fast it is moving or in what direction. Now referred to as the Heisenberg Uncertainty Principle, in effect, the principle states that within the principles of quantum mechanics one can't measure both the direction and speed of a moving object. The Defense Department project at MIT will eventually be used to create battlefield teleportation devices that will enable soldiers to transport using quantum-based interstitial conversion. Experts report that this device, should it prove safe and reliable for human travel, would replace traditional battlefield vehicles, including ground-based and airborne assets.
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Is this a joke? Or is this a tongue-in-cheek website?
ReplyDeleteThis was an April fool's joke in 2002.. see the url of original source.. hard find this, though...:) keep up the good wrk, just verify things once in a while..
ReplyDelete