Research

My research focuses on the following aspects of Gravitational-Wave astronomy and beyond GR theories:
  • Numerical Relativity; Surrogate waveform modeling of gravitational-wave sources;
  • Understanding interplay between Numerical Relativity and black-hole perturbation theory;
  • Gravitational-wave data analysis;
  • Tests of general relativity (GR) using gravitational wave observations; and
  • Astrophysical tests for beyond GR theories.
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Research Topics

Numerical Relativity

Surrogate waveform modelling of gravitational-wave sources using reduced order techniques and numerical relativity simulations.

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Black-hole Perturbation-theory

Understanding the interplay between numerical relativity and black hole perturbation theory across mass ratios.

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GW Astrophysics

Gravitational-wave data analysis, rapid parameter estimation, and tests of general relativity using GW observations.

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GW Detection and Population

Gravitational-wave detection pipelines and population inference from compact binary mergers.

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Beyond GR

Exploring the viability of alternative gravity theories at galactic and extra-galactic scales.

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