Colleges, School and Institutes
Time-domain astrophysics, multimessenger astronomy, superluminous supernovae, electromagnetic follow-up of gravitational waves, tidal disruption events, fast radio bursts, time-domain surveys, optical and near-infrared observations, spectroscopy, light curve modelling, transient host galaxies
Willingness to take PhD students
Explosive astrophysics from time-domain surveys:
Every second, somewhere in the Universe a star explodes and briefly outshines an entire galaxy. With increasingly powerful sky surveys, we are finding more and more supernovae and other bright transient phenomena in real time, and discovering an extremely diverse zoo of observational properties. The goals of time-domain astronomy are to characterise how and why stars end their lives in such different ways in order to understand stellar evolution, the physics of neutron stars and black holes, and the creation of the chemical elements.
I am looking for students interested in ultra-bright supernovae, disruptions of stars by supermassive black holes, and/or searching for the electromagnetic signals of neutron star mergers detected through gravitational waves.