Research work

Surrogate kilonova models and parameter estimation

Kilonova emission generated using SuperNu, interpolated using Gaussian Process and used to infer the GW170817/AT2017gfo ejecta parameters [1].
Prof. Richard O'Shaughnessy, Marko Ristic, Rochester Institute of Technology, Dr. Ryan Wollaeger et al. CTA, LANL

Binary neutron star merger simulations

Phase transitions in Equations of state and their corresponding gravitational wave signatures from neutron star merger. Einstein Toolkit used for simulation of the coalescence [2].
Prof. Grant Mathews, University of Notre Dame, Dr. Hee Il Kim, Dr. In-Saeng Suh

Nuclear distribution in Big bang nucleosynthesis

Statistical mechanics approach to relativistic electron-nuclei scattering in the Big bang nucleosynthesis plasma [3], [4], [5], [6].
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 [7].
Prof. Subhabrata Majumdar, and Dr. Prakash Sarkar
Tata Institute of Fundamental Research, Mumbai, India
Land Acknowledgment
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www.ncsu.edu/diversity-equity-and-inclusion/land-acknowledgment/