Scientists have learned how to teleport information over short distances
German physicists have developed a method that allows to teleport information about some of the properties of matter at the quantum is not, and the "normal" level. This information was spread by press-service of the Friedrich Schiller University in Jena.
According to Alexander Zameyta, "elementary particles such as electrons and photons, there is, strictly speaking, in a special" position in which they smeared "condition in space is impossible to determine exactly. Within such a system, we can transmit information from one point to this "smeared" zone to another without wasting time for this. This process we call quantum teleportation ".
Physicists were able to teleport information to the "normal" world, using a set of laser beams associated with each other in a special way. As shown by the scientists, the light rays can be "confused" with each other not at the quantum and the classical level, using special polarizing plates, rotating at a certain speed. If these rays then pass through a device which performs a light version of the logic operation CNOT ( "OR"), then the information contained in a single beam, will be teleported into the second. As information scientists used laser polarization - the direction in which the it will be "twisted".
During the experiment, scientists have shown that these data can teleport between two lasers, if they are close enough to each other. As scientists say, the successful completion of their experiment indicates that teleportation is a universal characteristic of the universe, and not the exclusive feature of the quantum microworld.
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