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I am an astronomer working on the analysis of gravitational wave data produced by advanced ground-based observatories. I completed my PhD during observing runs with the Advanced LIGO detectors and have since moved into post-doctoral research, focusing on the observing campaign for the fourth observing run. My responsibilities include managing flagship analyses for the LIGO-Virgo-KAGRA (LVK) collaboration. I am dedicated to unlocking the mysteries of black holes and the phenomena associated with the death-spirals of stars that have reached the end of their lives, resulting in gravitational collapse into black holes and neutron stars. My research highlights binary star systems and investigates how these systems produce the gravitational waves we observe. Since the advent of Einstein's General Theory of Relativity, which fundamentally altered our comprehension of gravity, we have been able to detect these waves, leading to significant developments in astronomy. My work not only involves detecting gravitational wave events but also deriving insights from the signals we receive, employing statistical techniques for parameter estimation. I have developed a widely-used software tool named Asimov that facilitates large complex analyses within the gravitational wave community. Additionally, I conduct investigations into the signals produced by astrophysical systems to advance our understanding of the physics behind gravitational wave generation.
University of Glasgow • Glasgow, Scotland
Conducting research and analysis in gravitational wave astrophysics, particularly focusing on the LIGO-Virgo-KAGRA collaboration.