Computational Astrophysics and Algorithmic Design
Group leader · Computational Astrophysics & Algorithmic Design · 2005–
Numerical general relativity; Computational astrophysics and cosmology; Pulsar physics and superfluidity; Algorithm design for scientific computing; General relativistic MHD and hydrodynamics
Lead Programmer · 2022- Now
His expertise covers Numerical Analysis, Numerical Solutions of ODEs and PDEs, Numerical Linear Algebra, Abstract Algebra, Real & Complex Analysis, and mathematical programming using tools such as MATLAB, Python, C++, and FORTRAN.
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