10.26180/5e61a9fc39b73
COLM MICHAEL TALBOT
COLM MICHAEL
TALBOT
Astrophysics of Binary Black Holes at the Dawn of Gravitational-Wave Astronomy
Monash University
2020
Gravitational waves
Astrophysics
Bayesian inference
gravitational-wave memory
General Relativity and Gravitational Waves
2020-03-06 01:40:10
Thesis
https://bridges.monash.edu/articles/thesis/Astrophysics_of_Binary_Black_Holes_at_the_Dawn_of_Gravitational-Wave_Astronomy/11944914
Nearly a century after gravitational waves were first predicted by general relativity, gravitational waves were directly observed in September 2014, marking the beginning of the field of gravitational-wave astronomy.
These travelling distortions of spacetime came from the collision of two black holes, the corpses of massive stars, over a billion light-years away.
In the five years since this initial discovery, we have observed dozens more collisions of these cosmic corpses.
In this thesis, I introduce theoretical models and computational methods to use this population of observations to learn how stars interact and explode, and probe the nature of spacetime.