Time-Domain & Multi-Messenger Astrophysics Theory
My work falls broadly under the umbrella of theoretical high-energy astrophysics. I am particularly interested in understanding ‘transient’ events—astrophysical phenomena that are observed to evolve over human timescales. Such events are often associated with dramatic cosmic explosions caused as massive stars collapse onto themselves or ‘compact objects’ (white dwarfs, neutron stars, or black holes) smash into one another. My research focuses on modeling, interpreting, and using such transient astrophysical events to make progress in addressing fundamental open problems in physics and astrophysics.
Compact Object Mergers
Coalescing neutron stars, black holes, and white dwarfs can emit electromagnetic radiation and gravitational-waves, launch relativistic jets, synthesize heavy elements, and can be used to study extreme states of matter.
Fast Radio Bursts
Mysterious millisecond bursts of bright, coherent, radio emission have been reshaping radio astronomy in recent years. The origin and physics of these events is an area of active research.
Peculiar Supernovae
New classes of peculiar optical transients that are being uncovered push our understanding of stellar evolution and stellar death to extremes.