e work on characterizing the detector’s behavior under the influence of various types of terrestrial disturbances. This understanding can be translated into a more sensitive instrument that can see deeper into the universe.
The bigger the volume of the universe a detector can probe, the higher the number and wider the variety of gravitational wave sources it can see. We also work on understanding the variety of noise transients in the LIGO detectors so that their characteristics can be used to discern them from gravitational wave signals.
- S. Bose et al., “Tackling excess noise from bilinear and nonlinear couplings in gravitational-wave interferometers,” accepted for publication (2016).
- T. Dal Canton et al., “Effect of sine-Gaussian glitches on searches for binary coalescence,” Class. Quantum Grav. 31 015016 (2014).