Manuscript, code, and figures for a computational study of regular black holes, neutron-star tides, and gravitational-wave echoes.
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Jun 19, 2026 - Python
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tidal-deformability
Here are 5 public repositories matching this topic...
Numerical solver for Neutron Star structure (TOV equations) and Tidal Deformability, featuring Hadronic, Hybrid, and CFL Quark Equations of State (EoS).
python equation-of-state astrophysics numerical-methods general-relativity neutron-stars tov-equations compact-star tidal-deformability quark-matter cfl-phase hybrid-stars
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Apr 1, 2026 - Python
Reproduction package: a curvature tower caps density and yields horizonless ultracompact objects in the lower black-hole mass gap — constrained by O3 echo limits, discriminated by mass range and tidal deformability.
python reproducible-research gravitational-waves general-relativity quasinormal-modes black-holes neutron-stars gr-qc mass-gap tidal-deformability horizonless-compact-objects
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Sep 15, 2026 - Python
A unified Python framework for relativistic compact-star modeling, equation-of-state analysis, TOV calculations, and tidal deformability.
python computational-physics equation-of-state astrophysics compose general-relativity eos astroparticle-physics nuclear-physics relativity tov-solver neutron-star stellar-structure dense-matter compact-star tidal-deformability
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Aug 5, 2026 - Python
Numerical modeling of neutron stars in General Relativity: solving TOV and tidal equations to calculate mass-radius curves and GW tidal deformability.
gravitational-waves general-relativity computational-astrophysics neutron-stars tov-equations tidal-deformability
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Oct 15, 2026 - Python
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