SV.

Stamatis Vretinaris

Computational Physicist and Research Software Engineer specializing in Numerical Relativity and High-Performance Computing.

I build scalable simulation frameworks for gravitational wave modeling and develop novel numerical methods for solving partial differential equations on complex domains.

Doctoral Researcher

Max Planck Institute for Gravitational Physics (Albert Einstein Institute) Institute for Mathematics, Astrophysics and Particle Physics, Radboud University Visiting Researcher at Perimeter Institute

Supervisors: Badri Krishnan & Erik Schnetter

Contact Me GitHub Scholar

# Selected Projects

PythiaBNS

Python

PythiaBNS: Robust BNS Post-Merger Parameter Estimation with Empirical Priors

TOV.jl

Julia

Solving the Tolman-Oppenheimer-Volkoff (TOV) equations in Julia

Ektome

Python

Python framework for automating the lifecycle of Einstein Toolkit simulations on HTCondor clusters, featuring robust pre-processing, asynchronous job monitoring, and scalable post-processing pipelines.

FastTanhSinhQuadrature.jl

Julia

Fast and high-precision numerical integration using Tanh-Sinh (Double Exponential) quadrature in Julia.

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# Recent Research