I develop and apply techniques in computational and observational seismology to obtain better images of Earth's internal structure and to obtain better representations of earthquakes. Three-dimensional numerical simulations of the seismic wavefield form the foundation of computational seismology. These simulations produce synthetic seismograms and also volumetric sensitivities that are used within the seismic imaging problem. Improved seismic images of the crust and mantle provide an important snapshot of a dynamic Earth, and they can be used for scenario earthquake simulations that help assess seismic hazard in earthquake-prone regions.
Assistant Professor of Geophysics