Surpassing the conventional heisenberg limit using classical resources

Jin, X-M; Lebrat, M; Zhang, L; Lee, K; Bartley, T; Barbieri, M; Nunn, J; Datta, A; Walmsley, IA

Abstract:

We report the experimental estimation of the Kerr coefficient of an optical fiber. Using bright classical fields and shot-noise-limited detection, we show the precision scaling of 1/N3/2 in a room-temperature, all-optical system. © 2013 The Optical Society.

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APA Style

Jin, X.-M., Lebrat, M., Zhang, L., Lee, K., Bartley, T., Barbieri, M., Nunn, J., Datta, A., & Walmsley, I. A. (2013). Surpassing the conventional heisenberg limit using classical resources.

MLA Style

Jin, X.-M., et al. Surpassing the Conventional Heisenberg Limit Using Classical Resources. IEEE Computer Society, 2013.

Chicago Style

Jin, X-M, M Lebrat, L Zhang, K Lee, T Bartley, M Barbieri, J Nunn, A Datta, and IA Walmsley. 2013. “Surpassing the Conventional Heisenberg Limit Using Classical Resources.” In . IEEE Computer Society.
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Authors

Jin, X-M More by this author

Lebrat, M More by this author

Zhang, L More by this author

Lee, K More by this author

Bartley, T More by this author

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Bibliographic Details

Publisher:: IEEE Computer Society
Publication date:: 2013
URN:: uuid:67b85dd1-3dac-4e6f-973e-56c941a8af43
Source identifiers:: 476650
Local pid:: pubs:476650
ISBN:: 9781557529725

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