EPR Test with Photons and Kaons: Analogies

We present a unified formalism describing EPR test using spin 1/2 particles, photons and kaons. This facilitates the comparison between existing experiments using photons and kaons. It underlines the similarities between birefringence and polarization dependent losses that affects experiments using...

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Detalles Bibliográficos
Autores principales: Gisin, N., Go, A.
Lenguaje:eng
Publicado: 2001
Materias:
General Theoretical Physics
Acceso en línea:https://dx.doi.org/10.1119/1.1326080
http://cds.cern.ch/record/434799
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author Gisin, N.
Go, A.
author_facet Gisin, N.
Go, A.
author_sort Gisin, N.
collection CERN
description We present a unified formalism describing EPR test using spin 1/2 particles, photons and kaons. This facilitates the comparison between existing experiments using photons and kaons. It underlines the similarities between birefringence and polarization dependent losses that affects experiments using optical fibers and mixing and decay that are intrinsic to the kaons. We also discuss the limitation these two characteristics impose on the testing of Bell's inequality.
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institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2001
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spelling cern-4347992023-09-01T04:25:50Zdoi:10.1119/1.1326080http://cds.cern.ch/record/434799engGisin, N.Go, A.EPR Test with Photons and Kaons: AnalogiesGeneral Theoretical PhysicsWe present a unified formalism describing EPR test using spin 1/2 particles, photons and kaons. This facilitates the comparison between existing experiments using photons and kaons. It underlines the similarities between birefringence and polarization dependent losses that affects experiments using optical fibers and mixing and decay that are intrinsic to the kaons. We also discuss the limitation these two characteristics impose on the testing of Bell's inequality.We present a unified formalism describing EPR test using spin 1/2 particles, photons and kaons. This facilitates the comparison between existing experiments using photons and kaons. It underlines the similarities between birefringence and polarization dependent losses that affects experiments using optical fibers and mixing and decay that are intrinsic to the kaons. We also discuss the limitation these two characteristics impose on the testing of Bell's inequality.We present a unified formalism describing EPR test using spin 1/2 particles, photons and kaons. This facilitates the comparison between existing experiments using photons and kaons. It underlines the similarities between birefringence and polarization dependent losses that affects experiments using optical fibers and mixing and decay that are intrinsic to the kaons. We also discuss the limitation these two characteristics impose on the testing of Bell's inequality.We present a unified formalism describing EPR test using spin 1/2 particles, photons and kaons. This facilitates the comparison between existing experiments using photons and kaons. It underlines the similarities between birefringence and polarization dependent losses that affects experiments using optical fibers and mixing and decay that are intrinsic to the kaons. We also discuss the limitation these two characteristics impose on the testing of Bell's inequality.We present a unified formalism describing EPR test using spin 1/2 particles, photons and kaons. This facilitates the comparison between existing experiments using photons and kaons. It underlines the similarities between birefringence and polarization dependent losses that affects experiments using optical fibers and mixing and decay that are intrinsic to the kaons. We also discuss the limitation these two characteristics impose on the testing of Bell's inequality.We present a unified formalism describing EPR test using spin 1/2 particles, photons and kaons. This facilitates the comparison between existing experiments using photons and kaons. It underlines the similarities between birefringence and polarization dependent losses that affects experiments using optical fibers and mixing and decay that are intrinsic to the kaons. We also discuss the limitation these two characteristics impose on the testing of Bell's inequality.quant-ph/0004063oai:cds.cern.ch:4347992001
spellingShingle General Theoretical Physics
Gisin, N.
Go, A.
EPR Test with Photons and Kaons: Analogies
title EPR Test with Photons and Kaons: Analogies
title_full EPR Test with Photons and Kaons: Analogies
title_fullStr EPR Test with Photons and Kaons: Analogies
title_full_unstemmed EPR Test with Photons and Kaons: Analogies
title_short EPR Test with Photons and Kaons: Analogies
title_sort epr test with photons and kaons: analogies
topic General Theoretical Physics
url https://dx.doi.org/10.1119/1.1326080
http://cds.cern.ch/record/434799
work_keys_str_mv AT gisinn eprtestwithphotonsandkaonsanalogies
AT goa eprtestwithphotonsandkaonsanalogies

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