We present a detailed analysis of techniques to mitigate the effects of phase noise and
Doppler-induced frequency offsets in coherent random amplitude modulated continuous …

A novel signal processing technique using sinusoidal optical frequency modulation of an
inexpensive continuous-wave laser diode source is proposed that allows highly linear …

Deep-frequency-modulation interferometry combines optical minimalism with multifringe
readout. However, precision is key for applications such as optical gradiometers for satellite …

Laser interferometry with pm/Hz precision and multi-fringe dynamic range at low frequencies
is a core technology to measure the motion of various objects (test masses) in space and …

Low-frequency high-precision laser interferometry is subject to excess laser-frequency-noise
coupling via arm-length differences which is commonly mitigated by locking the frequency to …

Experiments for space and ground-based gravitational wave detectors often require a large
dynamic range interferometric position readout of test masses with 1 pm/Hz precision over …

This paper presents a real-time method to compensate for the variable cyclic error in a
homodyne laser interferometer. The parameters describing the quadrature signals of the …

This article presents a signal processing method to demodulate the optical interference
phase of cascaded individual optical fiber intrinsic Fabry-Perot interferometric (IFPI) sensors …

We present direct differential phase recovery-an open-loop phasemeter topology for
differential optical interferometric measurements. The technique aims to remove common …

Ground-based gravitational wave detectors use laser interferometry to realize ultra-precise
displacement measurements between free-floating test masses to detect signals in the …