In quantum information, quantum teleportation, or entanglement-assisted teleportation is a technique that transfers a quantum state to an arbitrarily distant location using a distributed entangled state and the transmission of some classical information. Quantum teleportation does not transport energy or matter, nor does it allow communication of information at superluminal speed.
This article will use standard nomenclature in quantum information: the two parties are Alice (A) and Bob (B), and a qubit is in general a superposition of quantum state labelled and . Equivalently, a qubit is a unit vector in two-dimensional Hilbert space.
More on [ Quantum teleportation ]
Quantum Reality and Locality :: Physics

Beaming Is Believing - Practical applications for teleportation, though not exactly the type seen in Star Trek, could be less than a generation away. Article on wired.com.
Meta Description: [ Get the latest in science news, including space, physics, planet earth, discoveries, NASA, satellites, and space travel from Wired.com ]
Explorations: Beam Me Up - A Scientific American article detailing the recent success in using quantum effects for teleportation.
Meta Description: [ Science and Technology at Scientific American.com: "Beam Me Up" -- Science and Technology from Scientific American: daily science news and technology news, science trivia, science experts, science newsletters, science shop, science books and more ]
IBM: Quantum Teleportation - Article on the teleportation of particles using Einstein-Podolsky-Rosen entanglement.
Quantum Teleportation at CalTech - A short article explaining a Quantum Teleportation Experiment.
Teleportation: Dream or Reality? - Review by L. Vaidman of research focusing on the connection to nonlocal measurements.
vlog 17 Quantum Teleportation News |