Editor's Summary
5 October 2006
Teleportation: mix and match
Quantum teleportation — the disembodied transfer of a quantum state — has been previously demonstrated between objects of the same type, between light pulses or trapped ions (material particles) for instance. Now Sherson et al. demonstrate teleportation between objects of a different nature — a quantum state encoded in a light pulse was teleported onto an atomic ensemble containing 1012 caesium atoms. Besides being of fundamental interest to physicists, this experiment is relevant as a small step towards the practical implementation of quantum networks.
News and Views: Atomic physics: Quantum leap from light to atoms
Quantum-information networks use matter for long-term storage and light for long-distance transmission. Teleporting a quantum state from light onto matter has now been achieved.
Mikhail Lukin and Matthew Eisaman
doi:10.1038/443512a
Letter: Quantum teleportation between light and matter
Jacob F. Sherson, Hanna Krauter, Rasmus K. Olsson, Brian Julsgaard, Klemens Hammerer, Ignacio Cirac and Eugene S. Polzik
doi:10.1038/nature05136
First paragraph | Full Text | PDF (334K) | Supplementary information
