stellar-evolution

Modules for Experiments in Stellar Astrophysics

a pseudo-2D stellar evolution code with rotation, modern microphysics, and starspots

Controller module for MESA (Modules for Experiments in Stellar Astrophysics). Create, modify and run MESA projects using python. Or even install MESA on Linux and macOS from scratch!

Neural Network assisted Population Synthesis.

Triple stellar evolution code

Model stellar evolution stages from mass

This repository contains excerpts from the programs made during the FRI summer fellowship and fall research in the “White Dwarfs” stream. “Kick_survial_final” and “WD_mass_loss” are our respective final programs, while the rest are functions and separate code snapshots that I contributed to or created.

An interactive Kippenhahn diagram tool for stellar evolution

TARDIS-Connector 2025

Walter's set of scripts for studying simulated stars.

Constraining the delay time distribution of Type-Ia supernovae in clusters with a MCMC Bayesian method and the spectral-population synthesis code Pégase.3.

Interactive 3D WebGL astrovisualization suite modeling time-domain stellar evolution, hydrostatic nucleosynthesis, and prebiotic interstellar seeding with formal epistemic provenance tracking.

Animated single-page interactive exploration of stellar evolution — from nebula to supernova — built with vanilla HTML, CSS & JavaScript.

Bayesian Inference of open cluster ages from photometry, parallaxes and Lithium measurements.

MESA Down Under website

High-performance C++20 N-body gravitational simulation engine with stellar evolution, relativistic effects, thermodynamics, and real-time OpenGL visualization.

Attempt to create a more flexible and extensible MESA

Smoothed Particle Hydrodynamics (SPH) simulations in 2D: custom developed SPH solver for modeling cloud-cloud collisions in astrophysical context.

Tools to manipulate and display output from the binary stellar-evolution code ev/STARS/TWIN