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- Title
Absolute frequency measurement of a water-stabilized diode laser at 1.384 μm by means of a fiber frequency comb.
- Authors
Galzerano, G.; Gambetta, A.; Fasci, E.; Castrillo, A.; Marangoni, M.; Laporta, P.; Gianfrani, L.
- Abstract
We report on the absolute frequency measurement of an extended-cavity diode laser stabilized against a Doppler-free vibration-rotation transition of the HO isotopologue near 1.384 μm. Absolute determination is performed by comparing the water-stabilized laser frequency with respect to a GPS-disciplined Rb microwave standard by means of a self-referenced fiber-based optical frequency comb. The line center frequency of the 2→2 transition of the HO ν+ν combination band is found to be 216 519 045 955(13) kHz.
- Subjects
LASERS; DIODES; FREQUENCIES of oscillating systems; DOPPLER effect; GLOBAL Positioning System; MICROWAVES; FIBER optics
- Publication
Applied Physics B: Lasers & Optics, 2011, Vol 102, Issue 4, p725
- ISSN
0946-2171
- Publication type
Article
- DOI
10.1007/s00340-010-4264-7