A pump enhanced source of telecom-band correlated photon pairs

A pump enhanced source of telecom-band correlated photon pairs

Correlated photon pairs generated through spontaneous parametric downconversion have become a key resource for research into enhanced optical measurement and quantum optical information processing. A pump-enhanced χ (2) source of correlated photons in the telecom band is presented. An investigation...

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Published in:Journal of modern optics Vol. 58; no. 8; pp. 631 - 639
Main Authors: Thomas, P.J., Dunn, M.H., Stothard, D.J.M., Walsh, D.A., Chunnilall, C.J.
Format: Journal Article
Language:English
Published: Abingdon Taylor & Francis Group 10-05-2011
Taylor & Francis Ltd
Subjects:
Atoms & subatomic particles
correlated photons
Correlation
Crystals
Fiber optic measurement
Fiber optics
Holes
Hong-Ou-Mandel
Information processing
Optical data processing
Optical fibers
parametric downconversion
Photons
pump enhanced
Pumps
Quantum theory
telecom
Telecommunications
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Abstract Correlated photon pairs generated through spontaneous parametric downconversion have become a key resource for research into enhanced optical measurement and quantum optical information processing. A pump-enhanced χ (2) source of correlated photons in the telecom band is presented. An investigation of the pair photon coincidence detection rate measured from the source, together with the evaluation of system losses, indicated a single spatial fibre-optic mode pair production rate of 6.12 × 10 4  s −1  mW −1 pump power, an order of magnitude greater than was measured without enhancement. A Hong-Ou-Mandel interference experiment confirmed that the enhancement did not have any adverse effect on the spatial and frequency indistinguishability of the emitted pairs. The source comprises a symmetric and linear enhancement cavity for the pump, making it particularly suitable for generating polarisation entangled photon pairs without the need for compensating crystals 1 .
AbstractList Correlated photon pairs generated through spontaneous parametric downconversion have become a key resource for research into enhanced optical measurement and quantum optical information processing. A pump-enhanced χ^(2) source of correlated photons in the telecom band is presented. An investigation of the pair photon coincidence detection rate measured from the source, together with the evaluation of system losses, indicated a single spatial fibre-optic mode pair production rate of 6.12 x 104 s^-1 mW^-1 pump power, an order of magnitude greater than was measured without enhancement. A Hong-Ou-Mandel interference experiment confirmed that the enhancement did not have any adverse effect on the spatial and frequency indistinguishability of the emitted pairs. The source comprises a symmetric and linear enhancement cavity for the pump, making it particularly suitable for generating polarisation entangled photon pairs without the need for compensating crystals 1. [PUBLICATION ABSTRACT]
Correlated photon pairs generated through spontaneous parametric downconversion have become a key resource for research into enhanced optical measurement and quantum optical information processing. A pump-enhanced χ (2) source of correlated photons in the telecom band is presented. An investigation of the pair photon coincidence detection rate measured from the source, together with the evaluation of system losses, indicated a single spatial fibre-optic mode pair production rate of 6.12 × 10 4  s −1  mW −1 pump power, an order of magnitude greater than was measured without enhancement. A Hong-Ou-Mandel interference experiment confirmed that the enhancement did not have any adverse effect on the spatial and frequency indistinguishability of the emitted pairs. The source comprises a symmetric and linear enhancement cavity for the pump, making it particularly suitable for generating polarisation entangled photon pairs without the need for compensating crystals 1 .
Correlated photon pairs generated through spontaneous parametric downconversion have become a key resource for research into enhanced optical measurement and quantum optical information processing. A pump-enhanced Delta *y(2) source of correlated photons in the telecom band is presented. An investigation of the pair photon coincidence detection rate measured from the source, together with the evaluation of system losses, indicated a single spatial fibre-optic mode pair production rate of 6.12 t 104 s-1 mW-1 pump power, an order of magnitude greater than was measured without enhancement. A Hong-Ou-Mandel interference experiment confirmed that the enhancement did not have any adverse effect on the spatial and frequency indistinguishability of the emitted pairs. The source comprises a symmetric and linear enhancement cavity for the pump, making it particularly suitable for generating polarisation entangled photon pairs without the need for compensating crystals 1.
Correlated photon pairs generated through spontaneous parametric downconversion have become a key resource for research into enhanced optical measurement and quantum optical information processing. A pump-enhanced chi (2) source of correlated photons in the telecom band is presented. An investigation of the pair photon coincidence detection rate measured from the source, together with the evaluation of system losses, indicated a single spatial fibre-optic mode pair production rate of 6.12 104 s-1 mW-1 pump power, an order of magnitude greater than was measured without enhancement. A Hong-Ou-Mandel interference experiment confirmed that the enhancement did not have any adverse effect on the spatial and frequency indistinguishability of the emitted pairs. The source comprises a symmetric and linear enhancement cavity for the pump, making it particularly suitable for generating polarisation entangled photon pairs without the need for compensating crystals 1.
Author Thomas, P.J.
Walsh, D.A.
Chunnilall, C.J.
Stothard, D.J.M.
Dunn, M.H.
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Snippet Correlated photon pairs generated through spontaneous parametric downconversion have become a key resource for research into enhanced optical measurement and...
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SubjectTerms Atoms & subatomic particles
correlated photons
Correlation
Crystals
Fiber optic measurement
Fiber optics
Holes
Hong-Ou-Mandel
Information processing
Optical data processing
Optical fibers
parametric downconversion
Photons
pump enhanced
Pumps
Quantum theory
telecom
Telecommunications
Title A pump enhanced source of telecom-band correlated photon pairs
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