Position-momentum entangled photon pairs in non-linear wave-guides and transmission lines
Yury Sherkunov, David M. Whittaker, Vladimir Falko
TL;DR
This paper investigates the generation and detection of position-momentum entangled photon pairs in non-linear photonic circuits, demonstrating the potential for realizing EPR paradox correlations in integrated optical systems.
Contribution
It introduces a method to generate and analyze position-momentum entangled photon pairs in Kerr-type non-linear wave-guides and transmission lines, advancing integrated quantum photonics.
Findings
Predicted EPR paradox realization in photonic circuits
Proposed generation of two-photon entangled states
Analyzed correlation properties of light in non-linear waveguides
Abstract
We analyse the correlation properties of light in non-linear wave-guides and transmission lines, predict the position-momentum realization of EPR paradox for photon pairs in Kerr-type non-linear photonic circuits, and we show how two-photon entangled states can be generated and detected.
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