quantum teleportation


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Related to quantum teleportation: Quantum entanglement

quantum teleportation

n.
The instantaneous transference of information or a quantum state from one quantum system to another, across a distance, without physical contact.

quantum teleportation

n
(Atomic Physics) physics a process by which a change in the quantum state of one subatomic particle in an entangled pair occurs instantly in its twin, wherever it may be
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Soon after, two other achievements based on Micius - satellite-to-ground quantum key distribution and ground-to-satellite quantum teleportation - were published in Nature on Aug.
But quantum teleportation systems could create quantum repeaters, which could be chained together to extend networks farther.
Quantum teleportation from ground to satellite: As a totally new way of communication, quantum teleportation is the fundamental process of quantum networks and quantum computing.
Quantum teleportation and resonance information transfer from one atom to another at arbitrary interatomic distances.
Extending the present research in quantum teleportation and developing alternative forms of teleportation are expected to have a high pay-off for communications and transportation technologies in the civilian and military sectors (Davis, 2004).
They are Ari Misha Dyckovsky, an eighteen-year-old from Leesburg, Virginia, who did an analysis of quantum teleportation in the field of physics and astronomy; and Nicholas Benjamin Schiefer, a seventeen-year-old from Ontario, Canada, who did a study of microsearch, or searching the fastest growing information medium, including tweets and Facebook status updates, in the field of computer science, http://thedailyrecord.
Chinese scientists break quantum teleportation record A group of physicists at the University of Science and Technology of China in Shanghai used an advanced laser-guided steering mechanism to teleport more than 1,100 photons over a distance of more than 60 miles, breaking their own record.
Ari investigated the science of quantum teleportation.
Following this, quantum entanglement quantification is highlighted, particularly its usefulness as a communication resource, in order to describe some of its most celebrated practical applications to date: quantum teleportation, cryptography, dense coding, and data compression.
Other topics examined include prospects for quantum teleportation, dynamic data driven multi-agent simulation of maritime traffic, resolving gyro zero drift in an electronic stabilization system, modeling of MEMS based temperature sensors in the petrochemical industry using LabVIEW, and automatic opinion extraction for Web documents.
One power of entanglement is that it makes quantum teleportation possible.
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