title: Frequency stabilization for space-based missions using optical fiber interferometry.
abstract: We present measurement results for a laser frequency reference, implemented with an all-optical fiber Michelson interferometer, down to frequencies as low as 1 mHz. Optical fiber is attractive for space-based operations as it is physically robust, small and lightweight. The small free spectral range of fiber interferometers also provides the possibility to prestabilize two lasers on two distant spacecraft and ensures that the beatnote remains within the detector bandwidth. We demonstrate that these fiber interferometers are viable candidates for future laser-based gravity recovery and climate experiment missions requiring a stability of 30 Hz/√Hz over a 10 mHz-1 Hz bandwidth.
authors: National Measurement Institute, Lindfield, New South Wales, Australia. terry.mcrae@measurement.gov.au
authors: Terry G
authors: TG
authors: McRae
authors: Silvie
authors: S
authors: Ngo
authors: Daniel A
authors: DA
authors: Shaddock
authors: Magnus T L
authors: MT
authors: Hsu
authors: Malcolm B
authors: MB
authors: Gray