Transit noise rises with smaller probe beam area and when Larmor frequency falls below the transit noise linewidth, limiting spin squeezing by 2.7 dB experimentally (theory predicts 3.0 dB) between 2 mm and 0.6 mm beams.
An atomic clock with 10−18 instability.Science2013,341, 1215–1218
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Transit Noise in Spin Squeezing Experiments with Coated Rubidium Vapor Cell
Transit noise rises with smaller probe beam area and when Larmor frequency falls below the transit noise linewidth, limiting spin squeezing by 2.7 dB experimentally (theory predicts 3.0 dB) between 2 mm and 0.6 mm beams.