Research areas

What we work on.

Our work ranges from mathematical physics and numerical relativity to gravitational-wave data analysis and radio astronomy.

Gravitational-wave astronomy

We use current and future gravitational-wave observations to study compact objects, cosmology, and gravity.

We model eccentric, spinning, and precessing compact binaries with analytical and numerical relativity.

We test general relativity around black holes and neutron stars and search for signs of new gravitational physics.

We combine radio observations, polarimetry, theory, and simulations to study plasma jets launched by black holes.

We study causal structure, quantum gravity, curved spacetime, and the geometry underlying gravitational phenomena.

We use effective field theory, scattering amplitudes, positivity, and bootstrap methods to study consistency in physical theories.