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Supporting data: Four-wave mixing in the hyperfine Paschen-Back regime Open Access

We present an experimental study of seeded four-wave mixing (4WM) using a diamond excitation scheme (with states from the 5S1/2, 5P1/2, 5P3/2 and 5D1/2 terms) in a thermal vapour of 87Rb atoms. We investigate the 4WM spectra under the application of a strong magnetic field (0.6 T). The Zeeman interaction is strong enough to realise the hyperfine Paschen-Back regime, which has the effect of separating the optical transitions by more than the Doppler width, thereby significantly simplifying the spectral features. We show that this facilitates a quantitative comparison, even in the regime of strong dressing, between experimental data and a simple theoretical model based only on four-level optical Bloch equations.

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Contributors

Creator: Mathew, Renju ¹
Contact person: Mathew, Renju ¹
Creator: Whiting, Daniel J. ¹
Creator: Keaveney, James ¹
Creator: Adams, Charles S ¹
Creator: Hughes, Ifan G ¹

¹ Durham University, UK

Funder

Engineering and Physical Sciences Research Council

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Keyword

four-wave mixing
atomic physics

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Cited in

arxiv:1705.01855

Identifier

ark:/32150/r18623hx742
doi:10.15128/r18623hx742

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All rights reserved All rights reserved

Publisher

Durham University

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R.S. Mathew

Date Uploaded

4 May 2017, 15:05:04

Date Modified

28 July 2017, 10:07:31

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File format: zip (ZIP Format)

Mime type: application/zip

File size: 260412044

Last modified: 2017:05:04 16:40:56+01:00

Filename: 4WM_DATA.zip

Original checksum: 26c7ac41b30558bdb0993faeba1f86d9