• Co-led the case study of the impact of glitch mitigation for the gravitational-wave observation GW200129. • Developed a novel summary statistic for hierarchical analysis of gravitational-wave observations. • Leading the development and implementation of hierarchical tests of general relativity for the study of observations during the LIGO-Virgo-KAGRA (LVK) Collaboration's fourth observing run (O4).

• Co-led the development of detector calibration software, focusing on the production of uncertainty estimation. • Led the post-processing of individual gravitational-wave observations to incorporate calibration uncertainties for the third gravitational-wave transient catalog (GWTC-3).• Studied the impact of axions - a theoretical prediction beyond the standard particle physics model - on the black hole population via superradiance.

• Led the research, development and implementation of importance sampling in the Bayesian inference library for gravitational-wave astronomy, BILBY. • Applied the importance sampling methods developed to incorporate computationally expensive waveform models and complex detector calibration uncertainties in Bayesian analyses. • Studied the degree of isotropy in gravitational-wave observations from binary black-hole mergers with hierarchical Bayesian techniques. • Explored the viability of testing theories of gravity across the menagerie of astrophysical black holes, from supermassive black holes in active galactic nuclei to stellar mass black holes observed via gravitational waves.

• Developed the modern data analysis software and interface for calibration LIGO's photon calibrators. • Led the development and implementation of utilizing physically realistic calibration uncertainties in the analysis of gravitational-wave observations from compact binary coalescences.