Stellar Afterlives and Black Hole Cataclysms: Learning about Stars, Galaxies, and the Cosmic Expansion with Gravitational Waves

Project: Research project

Project Details


Four years ago, the gravitational-wave detection of two black holes colliding
gave rise to an exciting new field of gravitational-wave astronomy. Over the
next three years, the sample of black holes and neutron stars detected in
gravitational waves will reach hundreds of events. As I demonstrated in my
PhD work, the rapidly increasing number of black-hole and neutron-star
detections has the potential to completely revolutionize our understanding of
(a) how massive stars live and die and (b) the cosmic expansion of the universe.
As an Einstein Fellow, I will study: (Q1) the origins of black holes and neutron
star systems (Q2) their relationships with their host galaxies and (Q3) their use
as cosmological probes. By drawing connections between gravitational-wave
sources and the astrophysics of stars, galaxies, and high-energy transients, my
research will shape the growing field of gravitational-wave astrophysics and
cosmology. These goals are especially relevant as we prepare for the upcoming
space-based gravitational-wave mission LISA.
Effective start/end date9/1/208/31/23


  • Space Telescope Science Institute (HST-HF2-51455.001-A Amnd 1//NAS5-26555)
  • National Aeronautics and Space Administration (HST-HF2-51455.001-A Amnd 1//NAS5-26555)


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