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Testing Bell’s Theorem with Circular Polarization

Testing Bell’s Theorem with Circular Polarization
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摘要 Bell tests with entangled light have been performed many times in many ways using linear polarizers, but the same tests have never been done with a circular polarizer. Until recently there has never been a true circular polarization beamsplitter—an optical component that separates light directly into left and right handed polarizations. Using a true circular polarization beamsplitter based on birefringent gratings, entangled light has been analyzed with unexpected results. Bell tests with entangled light have been performed many times in many ways using linear polarizers, but the same tests have never been done with a circular polarizer. Until recently there has never been a true circular polarization beamsplitter—an optical component that separates light directly into left and right handed polarizations. Using a true circular polarization beamsplitter based on birefringent gratings, entangled light has been analyzed with unexpected results.
作者 Richard A. Hutchin Richard A. Hutchin(Optical Physics Company, Simi Valley, CA, USA)
出处 《Optics and Photonics Journal》 2016年第11期289-297,共9页 光学与光子学期刊(英文)
关键词 Entangled Photons Bell’s Theorem Circular Polarization Tests of Quantum Mechanics Entangled Photons Bell’s Theorem Circular Polarization Tests of Quantum Mechanics
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