Open-source software

C++ · Python

Open-source equation-of-state module for dense, color-superconducting quark matter in the MUSES framework: RG-consistent three-flavor NJL in Hartree mean-field, with scalar and vector condensates, diquark pairing and the KM't Hooft interaction. Main contributor to the model development, implementation and open-source release; central to my PhD thesis computations.

Python

Python toolkit for solving the Tolman-Oppenheimer-Volkoff equations and analyzing neutron star properties. Includes EOS conversion, mass-radius analysis, and radial profile generation.

Mathematica

Symbolic computation framework for higher-order thermodynamic derivatives in mean-field thermal field theories. Includes methods for pressure expansion coefficients, speed of sound, and heat capacity, with applications to NJL models.