Modules for Experiments in Stellar Astrophysics

The Virtual Planet Simulator

MagIC is a high-performance code that solves the magneto-hydrodynamics equations in rotating spherical shells

StePar is an automatic code used to infer stellar atmospheric parameters using the EW method.

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!

SteParSyn is an automatic code used to infer stellar atmospheric parameters using the spectral synthesis method.

MADYS: isochronal parameter determination for young stellar and substellar objects

⭐️ Born spotted

Simulate stellar oscillations and granulation with Gaussian processes 🌟

Harnessing the power of deep learning to accurately and efficiently predict crucial properties of the stars in our galaxy.

A typical binary star system which is studied in the stellar astrophysics

Builds the Universe. Simulates Binary Stars.

Helpful Tools for learning MESA (Modules for Experiments in Stellar Astrophysics)

SteParKin code determine Galactic-space velocity components (U, V, W), evaluate their membership to young kinematic moving groups and associations and assign their stellar populations.

When a Period Is Not a Full Stop: Light Curve Structure Reveals Fundamental Parameters of Cepheid and RR Lyrae Stars

TRIPTYCH is a computer program that simulates the collision of two stars, including the orbital trajectories, merger, and evolution of the merger product.

Python scripts to analyze data from Modules for Experiments in Stellar Astrophysics using existing libraries to import data

Asteroseismic scaling relations for red giant branch stars

A collection of useful programs in astrophysics

This repository contains the project files for simulating a low and a high mass star to analyze stellar structure and evolution.