GaN laser technology for cold-atom quantum sensors and optical atomic clocks

Najda, Stephen P.; Perlin, P.; Suski, T.; Stanczyk, Szymon; Kafar, A.; Leszczyński, M.; Schiavon, Dario; Slight, Thomas J.; Gwyn, Steffan; Watson, Scott; Kelly, Anthony E.; Macarthur, J.; McKnight, Loyd; Knapp, Martin; Haji, Mohsin

doi:10.1364/quantum.2022.qth3b.5

Quantum 2.0 Conference and Exhibition 2022

DOI: 10.1364/quantum.2022.qth3b.5

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GaN laser technology for cold-atom quantum sensors and optical atomic clocks

Stephen P. Najda¹,

P. Perlin²,

T. Suski³

et al.

Abstract: We report on GaN lasers with extremely narrow linewidth (~1MHz) at ‘magic wavelengths’ for cold-atom quantum sensors and optical atomic clocks, using extended cavity GaN laser diodes and DFB GaN laser diodes.

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GaN laser technology for cold-atom quantum sensors and optical atomic clocks

Abstract: We report on GaN lasers with extremely narrow linewidth (~1MHz) at ‘magic wavelengths’ for cold-atom quantum sensors and optical atomic clocks, using extended cavity GaN laser diodes and DFB GaN laser diodes.

Cited by 0 publications

References 2 publications

No citations

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