I bridge theoretical physics and computational astrophysics to explore the universe through Gravitational Wave (GW) Astrophysics. My current work focuses on:
- π Modeling compact binary coalescences using Post-Newtonian theory, Self-force and Numerical Relativity.
- π Testing general relativity and performing parameter estimation of GWs.
Here is the toolkit I rely on for my daily research, data analysis, and scientific computing:
- Languages & Core Ecosystem: Python, Mathematica (xAct, MathTensor), C, C++, html, CSS
- GW Data Analysis: PyCBC, Bilby
- Compute & OS: Linux, HTCondor, Slurm (for high-throughput cluster computing)
- Scientific Writing: LaTeX
When my jobs are queued on clusters, you might find me exploring parts of Amsterdam, experimenting with mechanical keyboards, or reading the poetry of Jibanananda Das.