Academic work

Binary neutron star merger simulations

Performing Binary neutron star merger simulations on CRC machines for EoS studies using Einstein Toolkit.
Prof. Grant Mathews, University of Notre Dame, Dr. Hee Il Kim, Dr. In-Saeng Suh

Big bang nucleosynthesis

Statistical mechanics approach to relativistic electron-nuclei scattering during Big bang nucleosynthesis [1], [2], [3], [4]
Prof. Grant Mathews, University of Notre Dame, Dr. Nishanth Sasankan, Dr. Motohiko Kusakabe

Large scale structure

Scale of Homogeneity of the Cosmos with Quasars as tracers [5]
Prof. Subhabrata Majumdar, and Dr. Prakash Sarkar
Tata Institute of Fundamental Research, Mumbai, India

Teaching interests

Lead instructor and TA for over 5 years.

Research Interests

Binary neutron star mergers

Nuclear equation of state studies via simulations of binary neutron star mergers.

Big bang nucleosynthesis

Studies of Baryonic thermalizations using Monte Carlo technique in full relativity, multi dimensions and .

Theory and Computing

Theoretical and computational cosmology and astrophysics. Numerical Relativity, General Relativity, Cosmology.

Cosmology

Large scale structure of the universe