Noise-cancelled, cavity-enhanced saturation laser spectroscopy for laser frequency stabilisation
De Vine, Glenn; McClelland, David; Gray, Malcolm
We employ a relatively simple experimental technique enabling mechanical-noise free, cavityenhanced spectroscopic measurements of an atomic transition and its hyperfine structure. We demonstrate this technique with the 532 nm frequency doubled output from a Nd:YAG laser and an iodine vapour cell. The resulting cavity-enhanced, noise-cancelled, iodine hyperfine error signal is used as a frequency reference with which we stabilise the frequency of the 1064nm Nd:YAG laser. Preliminary frequency...[Show more]
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|Source:||Journal of Physics: Conference Series|
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