A two-way quantum interface for linking Sr+ transition at 422nm to the telecommunications C-band
A two-way quantum interface for linking Sr+ transition at 422nm to the telecommunications C-band
We report a single-stage bi-directional interface capable of linking Sr+
trapped ion qubits in a long-distance quantum network. Our interface converts
photons between the Sr+ emission wavelength at 422 nm and the telecoms
C-band to enable low-loss transmission over optical fiber. We have achieved
both up- and down-conversion at the single photon level with efficiencies of
9.4 % and 1.1 % respectively. Furthermore, we demonstrate that the noise
introduced during the conversion process is sufficiently low to implement
high-fidelity interconnects suitable for quantum networking.
Wright, Thomas
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Francis-Jones, Robert J.A.
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Gawith, Corin
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Becker, Jonas N
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Ledingham, Patrick M
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Smith, Peter
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Nunn, Joshua
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Mosley, Peter J
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Brecht, Benjamin
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Walmsley, I.A.
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22 February 2018
Wright, Thomas
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Francis-Jones, Robert J.A.
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Gawith, Corin
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Becker, Jonas N
b006c803-ee40-43f9-81a8-7966f444fd2a
Ledingham, Patrick M
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Smith, Peter
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Nunn, Joshua
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Mosley, Peter J
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Brecht, Benjamin
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Walmsley, I.A.
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Wright, Thomas, Francis-Jones, Robert J.A., Gawith, Corin, Becker, Jonas N, Ledingham, Patrick M, Smith, Peter, Nunn, Joshua, Mosley, Peter J, Brecht, Benjamin and Walmsley, I.A.
(2018)
A two-way quantum interface for linking Sr+ transition at 422nm to the telecommunications C-band.
Record type:
Conference or Workshop Item
(Paper)
Abstract
We report a single-stage bi-directional interface capable of linking Sr+
trapped ion qubits in a long-distance quantum network. Our interface converts
photons between the Sr+ emission wavelength at 422 nm and the telecoms
C-band to enable low-loss transmission over optical fiber. We have achieved
both up- and down-conversion at the single photon level with efficiencies of
9.4 % and 1.1 % respectively. Furthermore, we demonstrate that the noise
introduced during the conversion process is sufficiently low to implement
high-fidelity interconnects suitable for quantum networking.
Text
1802.07947
- Author's Original
More information
Published date: 22 February 2018
Identifiers
Local EPrints ID: 418317
URI: http://eprints.soton.ac.uk/id/eprint/418317
PURE UUID: a8c69e39-1f1b-4d74-944e-a5727765abbe
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Date deposited: 28 Feb 2018 17:30
Last modified: 05 May 2020 00:27
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Contributors
Author:
Thomas Wright
Author:
Robert J.A. Francis-Jones
Author:
Jonas N Becker
Author:
Patrick M Ledingham
Author:
Joshua Nunn
Author:
Peter J Mosley
Author:
Benjamin Brecht
Author:
I.A. Walmsley
University divisions
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