2005Bulletin of the American Physical SocietyRequires access

Path Entangled Photons from Parametric Down-Conversion

H. S. Eisenberg, Juan F. Hodelin, G. Khoury, Dirk Bouwmeester

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Abstract

Using stimulated parametric down-conversion, we propose a method for generating multiphoton path entanglement. By a special coincidence detection at one down-converted arm, the photons of the second arm non-locally bunch into the desired state. Experimental demonstration for the case of two photons is presented, as well as how to extend the scheme to any number of photons.

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What this paper is about

Using stimulated parametric down-conversion, we propose a method for generating multiphoton path entanglement. By a special coincidence detection at one down-converted arm, the photons of the second arm non-locally bunch into the desired state. Experimental demonstration for the case of two photons is presented, as well as how to extend the scheme to any number of photons.

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Available abstract

Using stimulated parametric down-conversion, we propose a method for generating multiphoton path entanglement. By a special coincidence detection at one down-converted arm, the photons of the second arm non-locally bunch into the desired state. Experimental demonstration for the case of two photons is presented, as well as how to extend the scheme to any number of photons.

Key concepts: Photon, Spontaneous parametric down-conversion, Parametric statistics, Quantum entanglement, Photon entanglement, Coincidence, Physics, Path (computing)

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