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Low-frequency noise stabilization in optomechanical inertial accelerometers for high-resolution sensing

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Abstract

We demonstrate a solid-state optomechanical resonator driven into oscillation mode for high resolution acceleration sensing. The low-frequency performance is greatly increased to 70^g/Hz1/2 at 10-3 Hz when the resonant wavelength detuned pump laser is stabilized.

© 2020 The Author(s)

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