1991Optics LettersRequires access

Coherence and indistinguishability

L. Mandel

Open publisher page 241 citations

Abstract

It has long been known that the interference produced by two light beams is related both to their mutual coherence and also to the intrinsic indistinguishability of the photon paths. With the help of a decomposition of the density operator it is shown that the degree of indistinguishability equals the degree of coherence. This provides the fundamental link between the wave and the particle descriptions.

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What this paper is about

It has long been known that the interference produced by two light beams is related both to their mutual coherence and also to the intrinsic indistinguishability of the photon paths. With the help of a decomposition of the density operator it is shown that the degree of indistinguishability equals the degree of coherence. This provides the fundamental link between the wave and the particle descriptions.

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OpenAlex reports 241 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

It has long been known that the interference produced by two light beams is related both to their mutual coherence and also to the intrinsic indistinguishability of the photon paths. With the help of a decomposition of the density operator it is shown that the degree of indistinguishability equals the degree of coherence. This provides the fundamental link between the wave and the particle descriptions.

Key concepts: Degree of coherence, Coherence (philosophical gambling strategy), Coherence theory, Mutual coherence, Optics, Physics, Photon, Interference (communication)

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