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Propagation of Entangled Photons Through Experimental Optical Fibers

Propagation of Entangled Photons Through Experimental Optical Fibers. Entangled Photons- Two photons who share a quantum superposition , one photon cannot be described without taking into account the other . Entanglement is tested through a series of polarization tests

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Propagation of Entangled Photons Through Experimental Optical Fibers

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  1. Propagation of Entangled Photons Through Experimental Optical Fibers • Entangled Photons- Two photons who share a quantum superposition, one photon cannot be described without taking into account the other. • Entanglement is tested through a series of polarization tests • Entangled Photons Violate what is known as Bells inequality

  2. Imaging Fibers • Medical Imaging Fibers • Uses a collection of evenly distributed core and cladding layers • Each core acts as an individual pixel • Anderson Localization Fibers • Have Randomly distributed core-cladding layers • Due to the “Anderson Localization phenomena, light will localize during propagation • Experimental Fiber, High Attenuation

  3. Results • Medical Imaging Fiber successfully localized photons and preserved entanglement • Anderson Localization fiber had too much internal attenuation (~1dB/cm) for successful measurements Anderson Localization Fiber Medical Imaging Fiber

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